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Total:7485cells
Cell No. Cell Name
AES0001
H-1
CommentIn vitro differentiation to various type tissue cells(e.g. neuron,cardiomyocyte,hematopoietic cells)
Comment from the depositor
AES0002
GS-DG1
CommentGermline stem cell line derived from mouse testis. Protocol
Comment from the depositor
AES0003
B6G-2
CommentEmbryonic stem (ES) cell line derived from C57BL/6 mouse. Expressing GFP.
Comment from the depositor
AES0004
mGS-DBA1
CommentMultipotent germline stem (mGS) cell line derived from mouse testis.
Comment from the depositor
AES0005
BRC1
CommentMouse embryonic stem cells derived from (B6xDBA2)x129 embryo.
Comment from the depositor
AES0006
BRC2
CommentMouse embryonic stem cells derived from (B6xDBA2)x(B6xDBA2) embryo.
Comment from the depositor
AES0007
BRC3
CommentMouse embryonic stem cells derived from (B6xDBA2)x(B6xDBA2) embryo.
Comment from the depositor
AES0008
BRC4
CommentMouse embryonic stem cells derived from C57BL/6 embryo.
Comment from the depositor
AES0009
BRC5
CommentMouse embryonic stem cells derived from C57BL/6 embryo. The karyotype is not normal.
Comment from the depositor
AES0010
BRC6
CommentMouse embryonic stem cells derived from C57BL/6 embryo (female) .
Comment from the depositor
AES0011
BRC7
CommentMouse embryonic stem cells derived from C57BL/6 embryo.
Comment from the depositor
AES0012
BRC8
CommentNuclear transferred mouse embryonic stem cells. Nucleus was derived from (B6xDBA2) mouse.
Comment from the depositor
AES0013
BRC9
CommentNuclear transferred mouse embryonic stem cells. Nucleus was derived from (B6xDBA2) mouse.
Comment from the depositor
AES0014
TT2
CommentMouse ES cell line (B6 X CBA). This cell line can be used only for in vitro culture experiment.
Comment from the depositor
AES0015
BDmt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse (C57BL/6 x DBA2). Feeder-free cell line
Comment from the depositor
AES0016
BDmt-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse (C57BL/6 x DBA2). Feeder-free cell line.
Comment from the depositor
AES0017
BDft-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse (C57BL/6 x DBA2). Feeder-free cell line.
Comment from the depositor
AES0018
BDfc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse (C57BL/6 x DBA2). Feeder-free cell line.
Comment from the depositor
AES0020
BCmt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse (C57BL/6 x C3H/He). Feeder-free cell line
Comment from the depositor
AES0021
BCmt-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse (C57BL/6 x C3H/He). Feeder-free cell line.
Comment from the depositor
AES0022
BCft-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse (C57BL/6 x C3H/He). Feeder-free cell line
Comment from the depositor
AES0024
BCfc-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse (C57BL/6 x C3H/He). Feeder-free cell line.
Comment from the depositor
AES0025
BD129mt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse ((C57BL/6 x DBA2) x 129/Sv). Feeder-free cell line.
Comment from the depositor
AES0026
BD129mt-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 male mouse ((C57BL/6 x DBA2) x 129/Sv). Feeder-free cell line.
Comment from the depositor
AES0027
BD129fc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse ((C57BL/6 x DBA2) x 129/Sv). Feeder-free cell line.
Comment from the depositor
AES0028
BD129fc-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 female mouse ((C57BL/6 x DBA2) x 129/Sv). Feeder-free cell line.
Comment from the depositor
AES0029
C3Hmt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C3H/He male mouse. Feeder-free cell line.
Comment from the depositor
AES0030
C3Hft-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C3H/He female mouse. Feeder-free cell line.
Comment from the depositor
AES0031
C3Hft-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C3H/He female mouse. Feeder-free cell line.
Comment from the depositor
AES0032
C3Hfc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C3H/He female mouse. Feeder-free cell line.
Comment from the depositor
AES0033
B6mt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 male mouse. Feeder-free cell line.
Comment from the depositor
AES0034
B6mt-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 male mouse. Feeder-free cell line.
Comment from the depositor
AES0035
B6ft-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 female mouse. Feeder-free cell line.
Comment from the depositor
AES0036
B6ft-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 female mouse. Feeder-free cell line.
Comment from the depositor
AES0037
B6fc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 female mouse. Feeder-free cell line.
Comment from the depositor
AES0038
B6fc-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from C57BL/6 female mouse. Feeder-free cell line.
Comment from the depositor
AES0039
DBAmt-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from DBA/2 male mouse. Feeder-free cell line.
Comment from the depositor
AES0040
DBAmt-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from DBA/2 male mouse. Feeder-free cell line.
Comment from the depositor
AES0041
DBAfc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from DBA/2 female mouse. Feeder-free cell line.
Comment from the depositor
AES0042
DBAfc-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from DBA/2 female mouse. Feeder-free cell line.
Comment from the depositor
AES0043
129fc-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from 129/Sv female mouse. Feeder-free cell line.
Comment from the depositor
AES0044
129fc-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from 129/Sv female mouse. Feeder-free cell line.
Comment from the depositor
AES0045
FVB-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from FVB male mouse. Feeder-free cell line.
Comment from the depositor
AES0049
ICRft-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from ICR male mouse. Feeder-free cell line.
Comment from the depositor
AES0050
OKM-4
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from ICR hermaphrodite mouse. Feeder-free cell line.
Comment from the depositor
AES0051
BDmto-1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 (C57BL/6 x DBA2) male aged mouse. Feeder-free cell line.
Comment from the depositor
AES0052
BDmto-2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus was derived from F1 (C57BL/6 x DBA2) male aged mouse. Feeder-free cell line.
Comment from the depositor
AES0054
EBRTcH3
CommentMouse embryonic stem cell line. Convenient to establish the line carrying an inducible expression unit (see reference). Feeder-free cell line.
Comment from the depositor
AES0118
NOD・ESA
CommentMouse embryonic stem (ES) cell line derived from NOD mouse.
Comment from the depositor
AES0119
EBRTcH3(serum)
CommentMouse embryonic stem (ES) cell line derived from 129/Ola mouse. Feeder-free cell line
Comment from the depositor
AES0120
Fbx15^(βgeo/βgeo)ES
CommentA subline of mouse embryonic stem cell (RF8 derived from 129 SV Jae strain mouse) lacking Fbx15 expression. Fbx15 gene was replaced with βgeo gene in both alleles.
Comment from the depositor
AES0121
Nanog^(βgeo/+)ES
CommentA subline of mouse embryonic stem cell (RF8 derived from 129 SV Jae strain mouse). Nanog gene was replaced with βgeo gene in one allele.
Comment from the depositor
AES0125
2TS22C
CommentMouse embryonic stem cells derived from 129/Ola male mouse. Feeder-free cell line
Comment from the depositor
AES0126
Nanog^(βgeo/Hyg)
CommentA subline of mouse embryonic stem cell (RF8 derived from 129 SV Jae strain mouse) lacking Nanog expression. Nanog genes were replaced with βgeo gene in one allele and hygromycin resistant gene in another allele. Feeder-free cell line.
Comment from the depositor
AES0127
TCNT1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus (T-cell) was derived from F1 (C57BL/6 x 129) male mouse.
Comment from the depositor
AES0128
HSNT1
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus (Hematopoietic stem cell) was derived from F1 (C57BL/6 x 129) male mouse.
Comment from the depositor
AES0129
HSNT2
CommentMouse embryonic stem (ES) cell line established by nuclear transfer technique. Nucleus (Hematopoietic stem cell) was derived from F1 (C57BL/6 x 129) male mouse.
Comment from the depositor
AES0130
BXM3
CommentMouse embryonic stem (ES) cell line derived from F1 mouse (C57BL/6 x MSM).
Comment from the depositor
AES0131
BXM7
CommentMouse embryonic stem cell line derived from F1 mouse (C57BL/6 x MSM).
Comment from the depositor
AES0132
BXM14
CommentMouse embryonic stem cells derived from F1 mouse (C57BL/6 x MSM).
Comment from the depositor
AES0133
BXM15
CommentMouse embryonic stem cells derived from F1 mouse (C57BL/6 x MSM).
Comment from the depositor
AES0134
EGFP-MBD-nls
CommentMouse embryonic stem cells derived from 129/Ola male mouse. The methylated DNA binding domain (MBD) and the nuclear localization signal (nls) sequence coding for human methyl CpG-binding domain protein 1 (MBD1) were fused to the enhanced green fluorescent protein (EGFP) reporter gene, and ES cell lines carrying the construct ( EGFP-MBD-nls ) were established. Feeder-free cell line
Comment from the depositor
AES0135
E14tg2a
CommentMouse embryonic stem (ES) cell line derived from 129/Ola.
Comment from the depositor
AES0136
ZHBTc4
CommentMouse ES cell line derived from ZHTc6 and maintained by tetracycline(Tc)-regulatable Oct-3/4 transgene. Both of Oct-3/4 locus are disrupted by IRES-zeocin and IRES-BSD KO vectors. It should be cultured in the absence of tetraycline to maintain the undifferentiated state. See reference regarding more precise information.
Comment from the depositor
AES0137
ZHTc6
CommentMouse ES cell line derived from 129/Ola. It should be cultured in the presence of tetracycline to maintain the undifferentiated state. See reference regarding more precise information.
Comment from the depositor
AES0139
EB3
CommentMouse embryonic stem cell line derived from 129/Ola strain. Oct3/4 gene was replaced with 'ires-blasticidin S registant gene' in one allele. Feeder-free cell line. Feeder-free cell line.
Comment from the depositor
AES0140
B6J-S1^(UTR)
CommentMouse ES cell line derived from C57BL/6J.
Comment from the depositor
AES0141
B6NJ-22^(UTR)
CommentMouse ES cell line derived from F1 (C57BL/6NCrlCrlj x C57BL/6J).
Comment from the depositor
AES0143
B6J-23^(UTR)
CommentMouse ES cell line derived from C57BL/6J.
Comment from the depositor
AES0144
B6N-22^(UTR)
CommentMouse ES cell line derived from C57BL/6NCrlCrlj.
Comment from the depositor
AES0145
Rx-GFP K/I EB5
CommentA subline of mouse embryonic stem cell line, EB5 (129/Ola), in which GFP gene is knocked-in under Rx promoter.
Comment from the depositor
AES0146
Dnmt1-/-Dnmt3a-/-Dnmt3b-/- ES (clone19)
CommentMouse ES cell line lacking all of Dnmt1, Dnmt3a and Dnmt3b. Derived from 129Sv/Jae.
Comment from the depositor
AES0147
aBJ-2
CommentMouse androgenetic embryonic stem (ES) cell line. C57BL/6Cr x JF1
Comment from the depositor
AES0148
aBJ-3
CommentMouse androgenetic embryonic stem (ES) cell line. C57BL/6Cr x JF1
Comment from the depositor
AES0149
aBJ-4
CommentMouse androgenetic embryonic stem (ES) cell line. C57BL/6Cr x JF1
Comment from the depositor
AES0150
G4-2
CommentMouse embryonic stem (ES) cell line derived from 29/Ola. Expressing GFP.
Comment from the depositor
AES0151
EB5
CommentMouse embryonic stem cell line derived from 129/Ola. Feeder-free cell line.
Comment from the depositor
AES0152
OCRG9
CommentMouse embryonic stem cell line derived from 129/Ola.
Comment from the depositor
AES0153
OLV2-1
CommentMouse embryonic stem (ES) cell line derived from 129/Ola. The expression of Oct3/4 can be detected as the expression of Venus.
Comment from the depositor
AES0154
OLC2-1
CommentMouse embryonic stem (ES) cell line derived from 129/Ola. The expression of Oct3/4 can be detected as the expression of ECFP.
Comment from the depositor
AES0161
Dnmt1-/- ES (clone 36)
CommentMouse ES cell line lacking Dnmt gene.
Comment from the depositor
AES0164
Dnmt3a-/- ES (clone 6aa)
CommentMouse ES cell line lacking Dnmt3a gene.
Comment from the depositor
AES0165
Dnmt3b-/- ES (clone 8bb)
CommentMouse ES cell line lacking Dnmt3b gene.
Comment from the depositor
AES0166
CMES40
CommentCITES. Embryonic stem (ES) cell line derived from common marmoset (Callithrix jacchus). Common marmoset is one of the animals as the object of Convention on International Trade in Endangered Species (CITES). Therefore, according to the CITES the permissions of the regulatory bodies are necessary in both exporting and importing countries.
Comment from the depositor
AES0172
B6-6
CommentMouse ES cell line derived from C57BL/6NCrSlc. Contribution to chimeras and germilne transmission have been confirmed.
Comment from the depositor
AES0173
Bf1-Venus K/I EB3
CommentA subline of mouse ES cell line, EB3, in which Venus gene is knocked-in in the Bf1(Foxg1) locus.
Comment from the depositor
AES0174
rdES2-1
CommentRabbit embryonic stem (ES) cell line.Application consideration
Comment from the depositor
AES0175
rdES4
CommentRabbit embryonic stem cell line. Application consideration
Comment from the depositor
AES0176
Etv2-Venus-KI
CommentMouse embryonic stem (ES) cell line, Etv2-Venus-KI (see reference).
Comment from the depositor
AES0177
Etv2-Venus-KO
CommentMouse embryonic stem (ES) cell line, Etv2-Venus-KO (see reference).
Comment from the depositor
AES0182
EGR-G101
CommentMouse embryonic stem (ES) cell line derived from C57BL/6NCr. Expressing EGFP.
Comment from the depositor
AES0184
EGR-101
CommentMouse embryonic stem (ES) cell line derived from C57BL/6N.
Comment from the depositor
AES0186
BRC6(feeder-free)
CommentMouse embryonic stem (ES) cell line derived from C57BL/6NCrSlc. Feeder-free cell line (AES0010 BRC6).
Comment from the depositor
AES0187
B6-6(feeder-free)
CommentMouse embryonic stem (ES) cell line derived from C57BL/6NCrSlc. Feeder-free cell line (AES0172 B6-6).
Comment from the depositor
AES0190
NAT1(+/-)ES(A7)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient heterogeneously.
Comment from the depositor
AES0191
NAT1(+/-)ES(B4)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient heterogeneously.
Comment from the depositor
AES0192
NAT1(+/-)ES(C1)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient heterogeneously.
Comment from the depositor
AES0193
NAT1(-/-)ES(B2)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient homogeneously.
Comment from the depositor
AES0194
NAT1(-/-)ES(B12)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient homogeneously.
Comment from the depositor
AES0195
NAT1(-/-)ES(C3)
CommentMouse embryonic stem (ES) cell. NAT1 gene is deficient homogeneously.
Comment from the depositor
AES0196
Mvh-Venus GS
CommentThis GS cell line was derived from testis of new born transgenic mouse, Tg(Mvh-Venus)1Rbrc, carrying Venus gene inserted into the 2nd exon of Mouse Vasa Homolog (Mvh or alternatively called Ddx4) gene. Mvh gene is known to be specifically expressed in male and female germ cells. Medium and additives(excel:20KB)
Comment from the depositor
AES0197
Mili-KO GS
CommentMouse germline stem (GS) cell lacking Mili gene. Medium and additives(excel:20KB)
Comment from the depositor
AES0204
EpiSC 129Ba1
Comment
Comment from the depositorMouse Epiblast Stem cells (EpiSCs) established in the presence of Wnt secretion inhibitor, IWP-2. The cell line was derived from embryos obtained by 129S2/Sv x C57BL/6N cross. Homogeneous cellular state can be maintained in the culture medium containing IWP-2.
AES1001
15v-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1001
Comment from the depositor
AES1002
15v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1002
Comment from the depositor
AES1003
15v-18
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1003
Comment from the depositor
AES1004
15v-19
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1004
Comment from the depositor
AES1005
15v-22
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1005
Comment from the depositor
AES1006
15v-25
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1006
Comment from the depositor
AES1007
15v-26
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1007
Comment from the depositor
AES1008
15v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1008
Comment from the depositor
AES1009
15v-31
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1009
Comment from the depositor
AES1011
15v-34
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1011
Comment from the depositor
AES1012
15v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1012
Comment from the depositor
AES1013
15v-40
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1013
Comment from the depositor
AES1014
15v-43
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1014
Comment from the depositor
AES1015
15v-46
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1015
Comment from the depositor
AES1016
15v-47
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1016
Comment from the depositor
AES1017
15v-49
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1017
Comment from the depositor
AES1018
15v-51
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1018
Comment from the depositor
AES1019
15v-53
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1019
Comment from the depositor
AES1020
15v-54
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1020
Comment from the depositor
AES1021
15v-7
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1021
Comment from the depositor
AES1022
15v-9
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1022
Comment from the depositor
AES1023
16v-21
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1023
Comment from the depositor
AES1024
16v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1024
Comment from the depositor
AES1026
16v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1026
Comment from the depositor
AES1027
16v-29
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1027
Comment from the depositor
AES1028
16v-31
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1028
Comment from the depositor
AES1029
16v-34
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1029
Comment from the depositor
AES1030
16v-37
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1030
Comment from the depositor
AES1031
16v-38
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1031
Comment from the depositor
AES1032
16v-40
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1032
Comment from the depositor
AES1033
16v-45
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1033
Comment from the depositor
AES1034
16v-46
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1034
Comment from the depositor
AES1035
16v-47
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1035
Comment from the depositor
AES1036
16v-50
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1036
Comment from the depositor
AES1038
16v-56
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1038
Comment from the depositor
AES1039
16v-57
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1039
Comment from the depositor
AES1041
17v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1041
Comment from the depositor
AES1042
17v-18
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1042
Comment from the depositor
AES1043
17v-19
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1043
Comment from the depositor
AES1044
17v-2
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1044
Comment from the depositor
AES1045
17v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1045
Comment from the depositor
AES1046
17v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1046
Comment from the depositor
AES1047
17v-33
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1047
Comment from the depositor
AES1048
17v-39
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1048
Comment from the depositor
AES1049
17v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1049
Comment from the depositor
AES1050
17v-5
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1050
Comment from the depositor
AES1051
17v-51
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1051
Comment from the depositor
AES1052
17v-57
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1052
Comment from the depositor
AES1053
17v-61
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1053
Comment from the depositor
AES1054
17v-63
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1054
Comment from the depositor
AES1055
17v-67
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1055
Comment from the depositor
AES1056
17v-71
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1056
Comment from the depositor
AES1057
17v-77
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1057
Comment from the depositor
AES1058
17v-79
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1058
Comment from the depositor
AES1059
17v-90
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1059
Comment from the depositor
AES1060
17v-93
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1060
Comment from the depositor
AES1061
18v1-21
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1061
Comment from the depositor
AES1062
18v1-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1062
Comment from the depositor
AES1063
18v1-24
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1063
Comment from the depositor
AES1064
18v1-30
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1064
Comment from the depositor
AES1065
18v1-34
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1065
Comment from the depositor
AES1066
18v1-38
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1066
Comment from the depositor
AES1067
18v1-40
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1067
Comment from the depositor
AES1068
18v1-5
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1068
Comment from the depositor
AES1069
18v1-50
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1069
Comment from the depositor
AES1071
18v1-7
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1071
Comment from the depositor
AES1072
18v2-11
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1072
Comment from the depositor
AES1073
18v2-15
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1073
Comment from the depositor
AES1074
18v2-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1074
Comment from the depositor
AES1075
18v3-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1075
Comment from the depositor
AES1076
18v3-13
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1076
Comment from the depositor
AES1077
18v3-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1077
Comment from the depositor
AES1083
18v3-7
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1083
Comment from the depositor
AES1084
18v3-9
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1084
Comment from the depositor
AES1085
19v2-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1085
Comment from the depositor
AES1086
19v2-11
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1086
Comment from the depositor
AES1087
19v1-15
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1087
Comment from the depositor
AES1089
19v2-32
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1089
Comment from the depositor
AES1092
21v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1092
Comment from the depositor
AES1093
21v-21
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1093
Comment from the depositor
AES1094
21v-22
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1094
Comment from the depositor
AES1095
21v-27
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1095
Comment from the depositor
AES1096
23v1-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1096
Comment from the depositor
AES1097
23v1-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1097
Comment from the depositor
AES1098
23v1-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1098
Comment from the depositor
AES1099
23v1-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1099
Comment from the depositor
AES1100
23v1-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1100
Comment from the depositor
AES1101
23v1-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1101
Comment from the depositor
AES1102
23v1-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1102
Comment from the depositor
AES1104
23v1-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1104
Comment from the depositor
AES1105
23v1-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1105
Comment from the depositor
AES1106
23v1-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1106
Comment from the depositor
AES1107
23v1-033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1107
Comment from the depositor
AES1108
23v1-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1108
Comment from the depositor
AES1109
23v1-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1109
Comment from the depositor
AES1110
23v1-036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1110
Comment from the depositor
AES1111
23v1-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1111
Comment from the depositor
AES1112
23v1-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1112
Comment from the depositor
AES1113
23v1-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1113
Comment from the depositor
AES1114
23v1-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1114
Comment from the depositor
AES1115
23v1-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1115
Comment from the depositor
AES1116
23v1-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1116
Comment from the depositor
AES1117
23v1-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1117
Comment from the depositor
AES1118
23v1-062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1118
Comment from the depositor
AES1119
23v1-065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1119
Comment from the depositor
AES1120
23v1-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1120
Comment from the depositor
AES1121
23v1-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1121
Comment from the depositor
AES1122
23v1-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1122
Comment from the depositor
AES1123
23v1-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1123
Comment from the depositor
AES1124
23v1-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1124
Comment from the depositor
AES1125
23v1-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1125
Comment from the depositor
AES1126
23v1-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1126
Comment from the depositor
AES1127
23v1-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1127
Comment from the depositor
AES1128
23v1-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1128
Comment from the depositor
AES1129
23v1-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1129
Comment from the depositor
AES1130
23v1-092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1130
Comment from the depositor
AES1131
23v1-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1131
Comment from the depositor
AES1132
24v-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1132
Comment from the depositor
AES1133
24v-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1133
Comment from the depositor
AES1134
24v-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1134
Comment from the depositor
AES1135
24v-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1135
Comment from the depositor
AES1136
24v-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1136
Comment from the depositor
AES1137
24v-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1137
Comment from the depositor
AES1138
24v-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1138
Comment from the depositor
AES1139
24v-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1139
Comment from the depositor
AES1140
24v-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1140
Comment from the depositor
AES1141
24v-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1141
Comment from the depositor
AES1142
24v-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1142
Comment from the depositor
AES1143
24v-032
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1143
Comment from the depositor
AES1144
24v-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1144
Comment from the depositor
AES1145
24v-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1145
Comment from the depositor
AES1146
24v-040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1146
Comment from the depositor
AES1147
24v-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1147
Comment from the depositor
AES1148
24v-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1148
Comment from the depositor
AES1149
24v-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1149
Comment from the depositor
AES1150
24v-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1150
Comment from the depositor
AES1151
24v-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1151
Comment from the depositor
AES1152
24v-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1152
Comment from the depositor
AES1153
24v-055
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1153
Comment from the depositor
AES1154
24v-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1154
Comment from the depositor
AES1155
24v-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1155
Comment from the depositor
AES1156
24v-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1156
Comment from the depositor
AES1157
24v-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1157
Comment from the depositor
AES1158
24v-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1158
Comment from the depositor
AES1159
24v-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1159
Comment from the depositor
AES1160
24v-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1160
Comment from the depositor
AES1161
24v-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1161
Comment from the depositor
AES1162
24v-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1162
Comment from the depositor
AES1163
24v-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1163
Comment from the depositor
AES1164
24v-089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1164
Comment from the depositor
AES1165
24v-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1165
Comment from the depositor
AES1166
24v-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1166
Comment from the depositor
AES1167
24v-094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1167
Comment from the depositor
AES1168
24v-097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1168
Comment from the depositor
AES1169
24v-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1169
Comment from the depositor
AES1170
24v-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1170
Comment from the depositor
AES1171
24v-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1171
Comment from the depositor
AES1172
24v-112
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1172
Comment from the depositor
AES1173
24v-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1173
Comment from the depositor
AES1174
24v-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1174
Comment from the depositor
AES1175
24v-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1175
Comment from the depositor
AES1176
24v-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1176
Comment from the depositor
AES1177
24v-127
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1177
Comment from the depositor
AES1178
24v-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1178
Comment from the depositor
AES1179
24v-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1179
Comment from the depositor
AES1180
24v-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1180
Comment from the depositor
AES1181
24v-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1181
Comment from the depositor
AES1182
24v-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1182
Comment from the depositor
AES1183
24v-137
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1183
Comment from the depositor
AES1184
24v-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1184
Comment from the depositor
AES1185
24v-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1185
Comment from the depositor
AES1186
24v-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1186
Comment from the depositor
AES1187
24v-143
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1187
Comment from the depositor
AES1188
24v-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1188
Comment from the depositor
AES1189
24v-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1189
Comment from the depositor
AES1190
24v-153
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1190
Comment from the depositor
AES1191
24v-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1191
Comment from the depositor
AES1192
24v-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1192
Comment from the depositor
AES1193
24v-176
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1193
Comment from the depositor
AES1194
24v-178
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1194
Comment from the depositor
AES1195
24v-193
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1195
Comment from the depositor
AES1196
24v-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1196
Comment from the depositor
AES1197
24v-197
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1197
Comment from the depositor
AES1198
24v-204
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1198
Comment from the depositor
AES1199
24v-205
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1199
Comment from the depositor
AES1200
24v-206
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1200
Comment from the depositor
AES1201
24v-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1201
Comment from the depositor
AES1202
24v-212
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1202
Comment from the depositor
AES1203
24v-213
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1203
Comment from the depositor
AES1204
24v-214
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1204
Comment from the depositor
AES1205
24v-215
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1205
Comment from the depositor
AES1206
24v-218
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1206
Comment from the depositor
AES1207
24v-220
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1207
Comment from the depositor
AES1208
24v-222
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1208
Comment from the depositor
AES1209
24v-224
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1209
Comment from the depositor
AES1210
24v-227
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1210
Comment from the depositor
AES1211
25v1-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1211
Comment from the depositor
AES1212
25v1-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1212
Comment from the depositor
AES1213
25v1-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1213
Comment from the depositor
AES1214
25v1-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1214
Comment from the depositor
AES1215
25v1-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1215
Comment from the depositor
AES1216
25v1-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1216
Comment from the depositor
AES1217
25v2-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1217
Comment from the depositor
AES1218
25v2-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1218
Comment from the depositor
AES1219
25v2-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1219
Comment from the depositor
AES1220
25v2-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1220
Comment from the depositor
AES1221
25v2-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1221
Comment from the depositor
AES1222
25v2-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1222
Comment from the depositor
AES1223
25v2-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1223
Comment from the depositor
AES1224
25v2-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1224
Comment from the depositor
AES1225
25v2-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1225
Comment from the depositor
AES1226
25v2-027
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1226
Comment from the depositor
AES1229
25v2-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1229
Comment from the depositor
AES1230
26v-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1230
Comment from the depositor
AES1231
26v-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1231
Comment from the depositor
AES1232
26v-006
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1232
Comment from the depositor
AES1233
26v-009
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1233
Comment from the depositor
AES1234
26v-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1234
Comment from the depositor
AES1235
26v-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1235
Comment from the depositor
AES1236
26v-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1236
Comment from the depositor
AES1237
26v-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1237
Comment from the depositor
AES1238
26v-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1238
Comment from the depositor
AES1239
26v-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1239
Comment from the depositor
AES1240
26v-023
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1240
Comment from the depositor
AES1241
26v-025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1241
Comment from the depositor
AES1242
26v-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1242
Comment from the depositor
AES1243
26v-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1243
Comment from the depositor
AES1244
26v-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1244
Comment from the depositor
AES1245
26v-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1245
Comment from the depositor
AES1247
26v-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1247
Comment from the depositor
AES1248
26v-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1248
Comment from the depositor
AES1249
26v-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1249
Comment from the depositor
AES1250
26v-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1250
Comment from the depositor
AES1251
26v-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1251
Comment from the depositor
AES1252
26v-061
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1252
Comment from the depositor
AES1253
26v-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1253
Comment from the depositor
AES1254
26v-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1254
Comment from the depositor
AES1255
26v-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1255
Comment from the depositor
AES1256
26v-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1256
Comment from the depositor
AES1257
26v-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1257
Comment from the depositor
AES1258
26v-075
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1258
Comment from the depositor
AES1259
26v-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1259
Comment from the depositor
AES1260
26v-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1260
Comment from the depositor
AES1261
27v-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1261
Comment from the depositor
AES1262
27v-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1262
Comment from the depositor
AES1263
27v-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1263
Comment from the depositor
AES1264
27v-015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1264
Comment from the depositor
AES1266
27v-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1266
Comment from the depositor
AES1267
27v-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1267
Comment from the depositor
AES1268
29V-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1268
Comment from the depositor
AES1269
29V-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1269
Comment from the depositor
AES1270
29V-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1270
Comment from the depositor
AES1271
29v-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1271
Comment from the depositor
AES1272
29v-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1272
Comment from the depositor
AES1273
29v-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1273
Comment from the depositor
AES1274
30v-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1274
Comment from the depositor
AES1275
30v-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1275
Comment from the depositor
AES1276
30v-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1276
Comment from the depositor
AES1277
30v-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1277
Comment from the depositor
AES1278
30v-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1278
Comment from the depositor
AES1279
30v-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1279
Comment from the depositor
AES1280
30v-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1280
Comment from the depositor
AES1281
30v-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1281
Comment from the depositor
AES1282
30v-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1282
Comment from the depositor
AES1283
30v-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1283
Comment from the depositor
AES1284
30v-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1284
Comment from the depositor
AES1285
30v-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1285
Comment from the depositor
AES1286
30v-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1286
Comment from the depositor
AES1287
30v-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1287
Comment from the depositor
AES1288
30v-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1288
Comment from the depositor
AES1289
30v-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1289
Comment from the depositor
AES1290
30v-032
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1290
Comment from the depositor
AES1291
30v-036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1291
Comment from the depositor
AES1292
31v1004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1292
Comment from the depositor
AES1293
31v1006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1293
Comment from the depositor
AES1294
31v1007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1294
Comment from the depositor
AES1295
31v1011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1295
Comment from the depositor
AES1296
31v1016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1296
Comment from the depositor
AES1297
31v1017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1297
Comment from the depositor
AES1298
31v1018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1298
Comment from the depositor
AES1299
31v1019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1299
Comment from the depositor
AES1300
31v1030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1300
Comment from the depositor
AES1301
31v1032
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1301
Comment from the depositor
AES1302
31v1035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1302
Comment from the depositor
AES1303
31v1038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1303
Comment from the depositor
AES1304
31v1039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1304
Comment from the depositor
AES1305
31v1040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1305
Comment from the depositor
AES1306
31v1041
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1306
Comment from the depositor
AES1307
31v1042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1307
Comment from the depositor
AES1308
31v1043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1308
Comment from the depositor
AES1309
31v1044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1309
Comment from the depositor
AES1310
31v1050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1310
Comment from the depositor
AES1311
31v1057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1311
Comment from the depositor
AES1312
31v1061
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1312
Comment from the depositor
AES1313
31v1065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1313
Comment from the depositor
AES1314
31v1067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1314
Comment from the depositor
AES1315
31v1069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1315
Comment from the depositor
AES1316
31v1076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1316
Comment from the depositor
AES1317
31v1078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1317
Comment from the depositor
AES1318
31v1079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1318
Comment from the depositor
AES1319
31v1081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1319
Comment from the depositor
AES1320
31v1082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1320
Comment from the depositor
AES1321
31v1088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1321
Comment from the depositor
AES1322
31v1091
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1322
Comment from the depositor
AES1323
31v1092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1323
Comment from the depositor
AES1324
31v1097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1324
Comment from the depositor
AES1325
31v1101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1325
Comment from the depositor
AES1326
31v1103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1326
Comment from the depositor
AES1327
31v1110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1327
Comment from the depositor
AES1328
31v1115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1328
Comment from the depositor
AES1329
31v1150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1329
Comment from the depositor
AES1330
31v1153
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1330
Comment from the depositor
AES1331
31v1158
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1331
Comment from the depositor
AES1332
31v1159
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1332
Comment from the depositor
AES1333
31v1162
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1333
Comment from the depositor
AES1334
31v1164
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1334
Comment from the depositor
AES1335
31v1171
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1335
Comment from the depositor
AES1336
31v1175
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1336
Comment from the depositor
AES1337
31v1180
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1337
Comment from the depositor
AES1338
31v1182
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1338
Comment from the depositor
AES1339
32v1001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1339
Comment from the depositor
AES1340
32v1005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1340
Comment from the depositor
AES1341
32v1007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1341
Comment from the depositor
AES1342
32v1008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1342
Comment from the depositor
AES1343
32v1011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1343
Comment from the depositor
AES1344
32v1015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1344
Comment from the depositor
AES1345
32v1018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1345
Comment from the depositor
AES1346
32v1020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1346
Comment from the depositor
AES1347
32v1022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1347
Comment from the depositor
AES1348
32v1023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1348
Comment from the depositor
AES1349
32v1025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1349
Comment from the depositor
AES1350
32v1033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1350
Comment from the depositor
AES1351
32v1036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1351
Comment from the depositor
AES1352
32v1038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1352
Comment from the depositor
AES1354
32v1042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1354
Comment from the depositor
AES1355
32v1044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1355
Comment from the depositor
AES1356
32v1046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1356
Comment from the depositor
AES1357
32v1054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1357
Comment from the depositor
AES1358
32v1062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1358
Comment from the depositor
AES1359
32v1063
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1359
Comment from the depositor
AES1360
32v1064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1360
Comment from the depositor
AES1361
32v1068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1361
Comment from the depositor
AES1363
32v1089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1363
Comment from the depositor
AES1364
32v1092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1364
Comment from the depositor
AES1365
32v1093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1365
Comment from the depositor
AES1366
32v1094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1366
Comment from the depositor
AES1367
32v1095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1367
Comment from the depositor
AES1368
32v1097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1368
Comment from the depositor
AES1369
32v1098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1369
Comment from the depositor
AES1370
33v1-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1370
Comment from the depositor
AES1371
33v1-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1371
Comment from the depositor
AES1372
33v1-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1372
Comment from the depositor
AES1373
33v1-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1373
Comment from the depositor
AES1374
33v1-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1374
Comment from the depositor
AES1375
33v1-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1375
Comment from the depositor
AES1376
33v1-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1376
Comment from the depositor
AES1377
33v1-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1377
Comment from the depositor
AES1378
33v1-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1378
Comment from the depositor
AES1379
33v1-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1379
Comment from the depositor
AES1380
33v1-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1380
Comment from the depositor
AES1381
33v1-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1381
Comment from the depositor
AES1382
33v1-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1382
Comment from the depositor
AES1383
33v1-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1383
Comment from the depositor
AES1384
33v1-051
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1384
Comment from the depositor
AES1385
33v1-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1385
Comment from the depositor
AES1386
33v1-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1386
Comment from the depositor
AES1387
33v1-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1387
Comment from the depositor
AES1388
33v1-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1388
Comment from the depositor
AES1389
33v1-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1389
Comment from the depositor
AES1390
36v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1390
Comment from the depositor
AES1391
36v-5
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1391
Comment from the depositor
AES1392
36v-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1392
Comment from the depositor
AES1393
36v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1393
Comment from the depositor
AES1394
36v-22
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1394
Comment from the depositor
AES1395
36v-31
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1395
Comment from the depositor
AES1396
36v-32
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1396
Comment from the depositor
AES1397
36v-38
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Mus musculus mRNA. Strain Data Sheet RBRC-AES1397
Comment from the depositor
AES1398
36v-45
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1398
Comment from the depositor
AES1399
36v-47
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1399
Comment from the depositor
AES1400
36v-50
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1400
Comment from the depositor
AES1401
36v-53
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1401
Comment from the depositor
AES1402
36v-54
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1402
Comment from the depositor
AES1403
36v-56
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1403
Comment from the depositor
AES1404
36v-58
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1404
Comment from the depositor
AES1405
36v-60
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1405
Comment from the depositor
AES1406
36v-68
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1406
Comment from the depositor
AES1407
36v-69
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1407
Comment from the depositor
AES1408
36v-72
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1408
Comment from the depositor
AES1409
36v-73
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1409
Comment from the depositor
AES1410
37v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1410
Comment from the depositor
AES1411
37v-8
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1411
Comment from the depositor
AES1412
37v-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1412
Comment from the depositor
AES1413
37v-11
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1413
Comment from the depositor
AES1414
37v-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1414
Comment from the depositor
AES1415
37v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1415
Comment from the depositor
AES1416
37v-16
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1416
Comment from the depositor
AES1417
37v-18
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1417
Comment from the depositor
AES1418
37v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1418
Comment from the depositor
AES1419
37v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1419
Comment from the depositor
AES1420
37v-34
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1420
Comment from the depositor
AES1421
37v-42
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1421
Comment from the depositor
AES1422
37v-45
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1422
Comment from the depositor
AES1423
37v-48
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1423
Comment from the depositor
AES1424
37v-50
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1424
Comment from the depositor
AES1425
37v-58
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1425
Comment from the depositor
AES1426
37v-66
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1426
Comment from the depositor
AES1427
37v-73
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1427
Comment from the depositor
AES1428
37v-78
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1428
Comment from the depositor
AES1429
37v-92
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1429
Comment from the depositor
AES1430
37v-93
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1430
Comment from the depositor
AES1431
37v-98
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1431
Comment from the depositor
AES1432
37v-99
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1432
Comment from the depositor
AES1433
37v-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1433
Comment from the depositor
AES1434
37v-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1434
Comment from the depositor
AES1435
37v-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1435
Comment from the depositor
AES1436
37v-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1436
Comment from the depositor
AES1437
37v-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1437
Comment from the depositor
AES1438
37v-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1438
Comment from the depositor
AES1439
37v-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1439
Comment from the depositor
AES1440
37v-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1440
Comment from the depositor
AES1441
37v-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1441
Comment from the depositor
AES1442
37v-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1442
Comment from the depositor
AES1443
37v-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1443
Comment from the depositor
AES1444
37v-151
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1444
Comment from the depositor
AES1445
37v-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1445
Comment from the depositor
AES1446
37v-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1446
Comment from the depositor
AES1447
37v-159
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1447
Comment from the depositor
AES1448
37v-171
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1448
Comment from the depositor
AES1449
37v-174
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1449
Comment from the depositor
AES1450
37v-190
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1450
Comment from the depositor
AES1451
37v-191
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1451
Comment from the depositor
AES1452
37v-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1452
Comment from the depositor
AES1453
37v-198
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1453
Comment from the depositor
AES1454
37v-200
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1454
Comment from the depositor
AES1455
37v-206
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1455
Comment from the depositor
AES1456
37v-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1456
Comment from the depositor
AES1457
37v-214
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1457
Comment from the depositor
AES1458
37v-215
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1458
Comment from the depositor
AES1459
37v-226
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1459
Comment from the depositor
AES1460
37v-241
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1460
Comment from the depositor
AES1461
37v-243
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1461
Comment from the depositor
AES1462
37v-244
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1462
Comment from the depositor
AES1463
37v-250
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1463
Comment from the depositor
AES1464
37v-264
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1464
Comment from the depositor
AES1465
37v-273
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1465
Comment from the depositor
AES1466
37v-274
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1466
Comment from the depositor
AES1467
37v-291
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1467
Comment from the depositor
AES1468
37v-296
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1468
Comment from the depositor
AES1469
37v-305
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1469
Comment from the depositor
AES1470
37v-313
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1470
Comment from the depositor
AES1471
37v-315
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1471
Comment from the depositor
AES1472
37v-317
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1472
Comment from the depositor
AES1473
37v-320
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1473
Comment from the depositor
AES1474
37v-324
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1474
Comment from the depositor
AES1475
37v-325
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1475
Comment from the depositor
AES1476
37v-328
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1476
Comment from the depositor
AES1477
37v-346
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1477
Comment from the depositor
AES1478
37v-349
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1478
Comment from the depositor
AES1479
37v-350
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1479
Comment from the depositor
AES1480
37v-354
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1480
Comment from the depositor
AES1481
37v-355
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1481
Comment from the depositor
AES1482
37v-356
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1482
Comment from the depositor
AES1483
37v-360
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1483
Comment from the depositor
AES1484
37v-361
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1484
Comment from the depositor
AES1485
37v-363
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1485
Comment from the depositor
AES1486
37v-365
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1486
Comment from the depositor
AES1487
37v-373
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1487
Comment from the depositor
AES1488
37v-381
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1488
Comment from the depositor
AES1489
37v-382
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1489
Comment from the depositor
AES1490
37v-394
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1490
Comment from the depositor
AES1491
37v-396
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1491
Comment from the depositor
AES1492
37v-397
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1492
Comment from the depositor
AES1493
37v-401
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1493
Comment from the depositor
AES1494
37v-402
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1494
Comment from the depositor
AES1495
37v-407
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1495
Comment from the depositor
AES1496
37v-414
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1496
Comment from the depositor
AES1497
37v-418
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1497
Comment from the depositor
AES1498
37v-419
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1498
Comment from the depositor
AES1499
37v-430
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1499
Comment from the depositor
AES1500
37v-431
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1500
Comment from the depositor
AES1501
37v-436
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1501
Comment from the depositor
AES1502
37v-442
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1502
Comment from the depositor
AES1503
37v-444
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1503
Comment from the depositor
AES1504
37v-448
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1504
Comment from the depositor
AES1505
37v-450
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1505
Comment from the depositor
AES1506
37v-451
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1506
Comment from the depositor
AES1507
37v-457
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1507
Comment from the depositor
AES1508
37v-460
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1508
Comment from the depositor
AES1509
37v-466
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1509
Comment from the depositor
AES1510
37v-475
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1510
Comment from the depositor
AES1511
38v-1
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1511
Comment from the depositor
AES1512
38v-2
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1512
Comment from the depositor
AES1513
38v-3
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1513
Comment from the depositor
AES1514
38v-7
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1514
Comment from the depositor
AES1515
38v-9
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1515
Comment from the depositor
AES1516
38v-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1516
Comment from the depositor
AES1517
38v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1517
Comment from the depositor
AES1518
38v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1518
Comment from the depositor
AES1519
38v-29
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1519
Comment from the depositor
AES1520
39v-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1520
Comment from the depositor
AES1521
39v-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1521
Comment from the depositor
AES1522
39v-15
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1522
Comment from the depositor
AES1523
39v-20
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1523
Comment from the depositor
AES1524
39v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1524
Comment from the depositor
AES1525
39v-52
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1525
Comment from the depositor
AES1526
39v-53
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1526
Comment from the depositor
AES1527
39v-57
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1527
Comment from the depositor
AES1528
39v-58
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1528
Comment from the depositor
AES1529
39v-61
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1529
Comment from the depositor
AES1530
39v-64
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1530
Comment from the depositor
AES1531
39v-65
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1531
Comment from the depositor
AES1532
39v-97
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1532
Comment from the depositor
AES1533
39v-98
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1533
Comment from the depositor
AES1534
39v-99
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1534
Comment from the depositor
AES1535
39v-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1535
Comment from the depositor
AES1536
39v-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1536
Comment from the depositor
AES1537
39v-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1537
Comment from the depositor
AES1538
39v-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1538
Comment from the depositor
AES1539
39v-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1539
Comment from the depositor
AES1540
40v-18
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1540
Comment from the depositor
AES1541
40v-33
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1541
Comment from the depositor
AES1542
40v-44
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1542
Comment from the depositor
AES1543
40v-50
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1543
Comment from the depositor
AES1544
40v-55
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1544
Comment from the depositor
AES1545
40v-58
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1545
Comment from the depositor
AES1546
40v-69
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1546
Comment from the depositor
AES1547
41v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1547
Comment from the depositor
AES1548
41v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1548
Comment from the depositor
AES1549
41v-15
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1549
Comment from the depositor
AES1550
41v-20
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1550
Comment from the depositor
AES1551
41v-49
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1551
Comment from the depositor
AES1552
41v-52
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1552
Comment from the depositor
AES1553
41v-55
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1553
Comment from the depositor
AES1554
41v-61
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1554
Comment from the depositor
AES1555
41v-64
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1555
Comment from the depositor
AES1556
41v-85
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1556
Comment from the depositor
AES1557
41v-87
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1557
Comment from the depositor
AES1558
41v-91
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1558
Comment from the depositor
AES1559
41v-92
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1559
Comment from the depositor
AES1560
41v-95
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1560
Comment from the depositor
AES1561
41v-96
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1561
Comment from the depositor
AES1562
41v-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1562
Comment from the depositor
AES1563
41v-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1563
Comment from the depositor
AES1564
41v-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1564
Comment from the depositor
AES1565
41v-127
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1565
Comment from the depositor
AES1566
41v-128
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1566
Comment from the depositor
AES1567
41v-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1567
Comment from the depositor
AES1568
41v-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1568
Comment from the depositor
AES1569
42v-3
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1569
Comment from the depositor
AES1570
42v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1570
Comment from the depositor
AES1571
42v-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1571
Comment from the depositor
AES1572
42v-13
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1572
Comment from the depositor
AES1573
42v-26
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1573
Comment from the depositor
AES1574
42v-31
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1574
Comment from the depositor
AES1575
42v-34
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1575
Comment from the depositor
AES1576
42v-45
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1576
Comment from the depositor
AES1577
42v-52
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1577
Comment from the depositor
AES1578
42v-57
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1578
Comment from the depositor
AES1579
42v-58
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1579
Comment from the depositor
AES1580
42v-59
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1580
Comment from the depositor
AES1581
42v-61
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1581
Comment from the depositor
AES1582
42v-72
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1582
Comment from the depositor
AES1583
42v-76
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1583
Comment from the depositor
AES1584
42v-80
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1584
Comment from the depositor
AES1585
42v-81
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1585
Comment from the depositor
AES1586
42v-92
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1586
Comment from the depositor
AES1587
42v-97
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1587
Comment from the depositor
AES1588
42v-98
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1588
Comment from the depositor
AES1589
42v-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1589
Comment from the depositor
AES1590
42v-106
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1590
Comment from the depositor
AES1591
42v-110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1591
Comment from the depositor
AES1592
42v-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1592
Comment from the depositor
AES1593
42v-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1593
Comment from the depositor
AES1594
42v-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1594
Comment from the depositor
AES1595
42v-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1595
Comment from the depositor
AES1596
42v-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1596
Comment from the depositor
AES1597
42v-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1597
Comment from the depositor
AES1598
42v-141
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1598
Comment from the depositor
AES1599
42v-148
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1599
Comment from the depositor
AES1600
42v-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1600
Comment from the depositor
AES1601
42v-157
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1601
Comment from the depositor
AES1602
42v-161
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1602
Comment from the depositor
AES1603
42v-168
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1603
Comment from the depositor
AES1604
42v-176
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1604
Comment from the depositor
AES1605
42v-181
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1605
Comment from the depositor
AES1606
42v-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1606
Comment from the depositor
AES1607
42v-209
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1607
Comment from the depositor
AES1608
42v-210
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1608
Comment from the depositor
AES1609
42v-217
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1609
Comment from the depositor
AES1610
42v-218
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1610
Comment from the depositor
AES1611
42v-220
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1611
Comment from the depositor
AES1612
42v-221
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1612
Comment from the depositor
AES1613
42v-222
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1613
Comment from the depositor
AES1614
42v-227
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1614
Comment from the depositor
AES1615
42v-229
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1615
Comment from the depositor
AES1616
42v-232
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1616
Comment from the depositor
AES1617
42v-245
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1617
Comment from the depositor
AES1618
42v-255
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1618
Comment from the depositor
AES1619
42v-267
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1619
Comment from the depositor
AES1620
42v-269
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1620
Comment from the depositor
AES1621
42v-274
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1621
Comment from the depositor
AES1622
42v-276
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1622
Comment from the depositor
AES1624
42v-282
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1624
Comment from the depositor
AES1625
42v-283
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1625
Comment from the depositor
AES1626
42v-285
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1626
Comment from the depositor
AES1627
42v-288
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1627
Comment from the depositor
AES1628
42v-293
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1628
Comment from the depositor
AES1629
42v-296
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1629
Comment from the depositor
AES1630
42v-299
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1630
Comment from the depositor
AES1631
42v-301
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1631
Comment from the depositor
AES1632
42v-304
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1632
Comment from the depositor
AES1633
42v-310
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1633
Comment from the depositor
AES1634
42v-314
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1634
Comment from the depositor
AES1635
42v-315
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1635
Comment from the depositor
AES1636
42v-316
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1636
Comment from the depositor
AES1637
42v-317
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1637
Comment from the depositor
AES1638
42v-320
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1638
Comment from the depositor
AES1639
42v-325
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1639
Comment from the depositor
AES1640
42v-328
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1640
Comment from the depositor
AES1641
42v-331
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1641
Comment from the depositor
AES1643
42v-342
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1643
Comment from the depositor
AES1644
42v-346
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1644
Comment from the depositor
AES1645
42v-347
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1645
Comment from the depositor
AES1646
42v-351
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1646
Comment from the depositor
AES1647
42v-352
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1647
Comment from the depositor
AES1648
42v-358
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1648
Comment from the depositor
AES1649
42v-366
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1649
Comment from the depositor
AES1650
42v-370
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1650
Comment from the depositor
AES1651
42v-374
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1651
Comment from the depositor
AES1652
42v-375
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1652
Comment from the depositor
AES1653
42v-380
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1653
Comment from the depositor
AES1654
42v-381
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1654
Comment from the depositor
AES1655
42v-387
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1655
Comment from the depositor
AES1656
42v-397
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1656
Comment from the depositor
AES1657
42v-400
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1657
Comment from the depositor
AES1658
42v-405
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1658
Comment from the depositor
AES1659
42v-406
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1659
Comment from the depositor
AES1660
42v-407
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1660
Comment from the depositor
AES1661
42v-410
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1661
Comment from the depositor
AES1662
42v-411
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1662
Comment from the depositor
AES1663
42v-413
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1663
Comment from the depositor
AES1664
42v-416
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1664
Comment from the depositor
AES1665
42v-419
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1665
Comment from the depositor
AES1666
42v-421
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1666
Comment from the depositor
AES1667
46v-1
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1667
Comment from the depositor
AES1668
46v-4
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1668
Comment from the depositor
AES1669
46v-5
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1669
Comment from the depositor
AES1670
46v-7
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1670
Comment from the depositor
AES1671
46v-10
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1671
Comment from the depositor
AES1672
46v-11
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1672
Comment from the depositor
AES1673
46v-12
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1673
Comment from the depositor
AES1674
46v-14
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1674
Comment from the depositor
AES1675
46v-17
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1675
Comment from the depositor
AES1676
46v-18
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1676
Comment from the depositor
AES1677
46v-20
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1677
Comment from the depositor
AES1678
46v-21
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1678
Comment from the depositor
AES1679
46v-22
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1679
Comment from the depositor
AES1680
46v-23
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1680
Comment from the depositor
AES1681
46v-24
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1681
Comment from the depositor
AES1682
46v-26
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1682
Comment from the depositor
AES1683
46v-27
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1683
Comment from the depositor
AES1684
46v-28
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1684
Comment from the depositor
AES1685
46v-29
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1685
Comment from the depositor
AES1686
46v-31
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1686
Comment from the depositor
AES1687
46v-36
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1687
Comment from the depositor
AES1688
46v-37
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1688
Comment from the depositor
AES1689
46v-41
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1689
Comment from the depositor
AES1690
46v-42
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1690
Comment from the depositor
AES1691
46v-43
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1691
Comment from the depositor
AES1692
46v-48
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1692
Comment from the depositor
AES1693
46v-49
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1693
Comment from the depositor
AES1694
46v-55
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1694
Comment from the depositor
AES1695
46v-56
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1695
Comment from the depositor
AES1696
46v-57
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1696
Comment from the depositor
AES1697
46v-59
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1697
Comment from the depositor
AES1698
46v-65
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1698
Comment from the depositor
AES1699
46v-66
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1699
Comment from the depositor
AES1700
46v-71
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1700
Comment from the depositor
AES1701
37v-485
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1701
Comment from the depositor
AES1702
37v-486
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1702
Comment from the depositor
AES1703
37v-490
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1703
Comment from the depositor
AES1704
37v-496
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1704
Comment from the depositor
AES1705
37v-497
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1705
Comment from the depositor
AES1706
37v-502
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1706
Comment from the depositor
AES1707
37v-506
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1707
Comment from the depositor
AES1708
37v-510
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1708
Comment from the depositor
AES1709
37v-512
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1709
Comment from the depositor
AES1710
37v-514
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1710
Comment from the depositor
AES1711
37v-521
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1711
Comment from the depositor
AES1712
37v-525
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1712
Comment from the depositor
AES1713
37v-530
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1713
Comment from the depositor
AES1714
37v-549
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1714
Comment from the depositor
AES1715
37v-550
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1715
Comment from the depositor
AES1716
37v-590
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1716
Comment from the depositor
AES1717
37v-690
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1717
Comment from the depositor
AES1718
37v-697
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1718
Comment from the depositor
AES1719
37v-700
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1719
Comment from the depositor
AES1720
38v-40
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1720
Comment from the depositor
AES1721
38v-41
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1721
Comment from the depositor
AES1722
38v-42
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1722
Comment from the depositor
AES1723
38v-43
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1723
Comment from the depositor
AES1724
38v-44
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1724
Comment from the depositor
AES1725
38v-45
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1725
Comment from the depositor
AES1726
38v-63
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1726
Comment from the depositor
AES1727
38v-64
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1727
Comment from the depositor
AES1728
38v-66
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1728
Comment from the depositor
AES1729
38v-74
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1729
Comment from the depositor
AES1730
38v-75
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1730
Comment from the depositor
AES1731
38v-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1731
Comment from the depositor
AES1732
38v-162
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1732
Comment from the depositor
AES1733
38v-220
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1733
Comment from the depositor
AES1734
1TP-002
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1734
Comment from the depositor
AES1735
1TP-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1735
Comment from the depositor
AES1736
1TP-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1736
Comment from the depositor
AES1737
1TP-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1737
Comment from the depositor
AES1738
1TP-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1738
Comment from the depositor
AES1739
1TP-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1739
Comment from the depositor
AES1740
1TP-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1740
Comment from the depositor
AES1741
1TP-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1741
Comment from the depositor
AES1742
1TP-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1742
Comment from the depositor
AES1743
1TP-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1743
Comment from the depositor
AES1744
1TP-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1744
Comment from the depositor
AES1745
1TP-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1745
Comment from the depositor
AES1746
1TP-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1746
Comment from the depositor
AES1747
1TP-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1747
Comment from the depositor
AES1748
1TP-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1748
Comment from the depositor
AES1749
1TP-025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1749
Comment from the depositor
AES1750
1TP-027
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1750
Comment from the depositor
AES1751
1TP-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1751
Comment from the depositor
AES1752
1TP-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1752
Comment from the depositor
AES1753
1TP-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1753
Comment from the depositor
AES1754
1TP-033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1754
Comment from the depositor
AES1755
1TP-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1755
Comment from the depositor
AES1756
1TP-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1756
Comment from the depositor
AES1757
1TP-038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1757
Comment from the depositor
AES1758
1TP-041
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1758
Comment from the depositor
AES1759
1TP-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1759
Comment from the depositor
AES1760
1TP-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1760
Comment from the depositor
AES1761
1TP-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1761
Comment from the depositor
AES1762
1TP-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1762
Comment from the depositor
AES1763
1TP-046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1763
Comment from the depositor
AES1764
1TP-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1764
Comment from the depositor
AES1765
1TP-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1765
Comment from the depositor
AES1766
1TP-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1766
Comment from the depositor
AES1767
1TP-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1767
Comment from the depositor
AES1768
1TP-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1768
Comment from the depositor
AES1769
1TP-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1769
Comment from the depositor
AES1770
1TP-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1770
Comment from the depositor
AES1771
1TP-055
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1771
Comment from the depositor
AES1772
1TP-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1772
Comment from the depositor
AES1773
1TP-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1773
Comment from the depositor
AES1774
1TP-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1774
Comment from the depositor
AES1775
1TP-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1775
Comment from the depositor
AES1776
1TP-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1776
Comment from the depositor
AES1777
1TP-061
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1777
Comment from the depositor
AES1778
1TP-062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1778
Comment from the depositor
AES1779
1TP-063
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1779
Comment from the depositor
AES1780
1TP-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1780
Comment from the depositor
AES1781
1TP-065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1781
Comment from the depositor
AES1782
1TP-066
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1782
Comment from the depositor
AES1783
1TP-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1783
Comment from the depositor
AES1784
1TP-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1784
Comment from the depositor
AES1785
1TP-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1785
Comment from the depositor
AES1786
1TP-071
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1786
Comment from the depositor
AES1787
1TP-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1787
Comment from the depositor
AES1788
1TP-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1788
Comment from the depositor
AES1789
1TP-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1789
Comment from the depositor
AES1790
1TP-075
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1790
Comment from the depositor
AES1791
1TP-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1791
Comment from the depositor
AES1792
1TP-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1792
Comment from the depositor
AES1793
1TP-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1793
Comment from the depositor
AES1794
1TP-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1794
Comment from the depositor
AES1795
1TP-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1795
Comment from the depositor
AES1796
1TP-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1796
Comment from the depositor
AES1797
1TP-082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1797
Comment from the depositor
AES1798
1TP-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1798
Comment from the depositor
AES1799
1TP-084
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1799
Comment from the depositor
AES1800
1TP-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1800
Comment from the depositor
AES1801
1TP-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1801
Comment from the depositor
AES1802
1TP-089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1802
Comment from the depositor
AES1803
1TP-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1803
Comment from the depositor
AES1804
1TP-091
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1804
Comment from the depositor
AES1805
1TP-092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1805
Comment from the depositor
AES1806
1TP-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1806
Comment from the depositor
AES1807
1TP-095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1807
Comment from the depositor
AES1808
1TP-097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1808
Comment from the depositor
AES1809
1TP-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1809
Comment from the depositor
AES1810
1TP-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1810
Comment from the depositor
AES1811
1TP-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1811
Comment from the depositor
AES1812
1TP-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1812
Comment from the depositor
AES1813
1TP-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1813
Comment from the depositor
AES1814
1TP-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1814
Comment from the depositor
AES1815
1TP-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1815
Comment from the depositor
AES1816
1TP-115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1816
Comment from the depositor
AES1817
1TP-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1817
Comment from the depositor
AES1818
1TP-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1818
Comment from the depositor
AES1819
1TP-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1819
Comment from the depositor
AES1820
1TP-122
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1820
Comment from the depositor
AES1821
1TP-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1821
Comment from the depositor
AES1822
1TP-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1822
Comment from the depositor
AES1823
1TP-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1823
Comment from the depositor
AES1824
1TP-128
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1824
Comment from the depositor
AES1825
1TP-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1825
Comment from the depositor
AES1826
1TP-131
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1826
Comment from the depositor
AES1827
1TP-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1827
Comment from the depositor
AES1828
1TP-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1828
Comment from the depositor
AES1829
1TP-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1829
Comment from the depositor
AES1830
1TP-137
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1830
Comment from the depositor
AES1831
1TP-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1831
Comment from the depositor
AES1832
1TP-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1832
Comment from the depositor
AES1833
1TP-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1833
Comment from the depositor
AES1834
1TP-144
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1834
Comment from the depositor
AES1835
1TP-145
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1835
Comment from the depositor
AES1836
1TP-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1836
Comment from the depositor
AES1837
1TP-148
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1837
Comment from the depositor
AES1838
1TP-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1838
Comment from the depositor
AES1839
1TP-151
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1839
Comment from the depositor
AES1840
1TP-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1840
Comment from the depositor
AES1841
1TP-153
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1841
Comment from the depositor
AES1842
1TP-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1842
Comment from the depositor
AES1843
1TP-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1843
Comment from the depositor
AES1844
1TP-156
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1844
Comment from the depositor
AES1845
2TP-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1845
Comment from the depositor
AES1846
2TP-002
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1846
Comment from the depositor
AES1847
2TP-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1847
Comment from the depositor
AES1848
2TP-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1848
Comment from the depositor
AES1849
2TP-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1849
Comment from the depositor
AES1850
2TP-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1850
Comment from the depositor
AES1851
2TP-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1851
Comment from the depositor
AES1852
2TP-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1852
Comment from the depositor
AES1853
2TP-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1853
Comment from the depositor
AES1854
2TP-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1854
Comment from the depositor
AES1855
2TP-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1855
Comment from the depositor
AES1856
2TP-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1856
Comment from the depositor
AES1857
2TP-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1857
Comment from the depositor
AES1858
2TP-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1858
Comment from the depositor
AES1859
2TP-015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1859
Comment from the depositor
AES1860
2TP-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1860
Comment from the depositor
AES1861
2TP-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1861
Comment from the depositor
AES1862
2TP-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1862
Comment from the depositor
AES1863
2TP-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1863
Comment from the depositor
AES1864
2TP-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1864
Comment from the depositor
AES1865
2TP-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1865
Comment from the depositor
AES1866
2TP-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1866
Comment from the depositor
AES1867
2TP-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1867
Comment from the depositor
AES1868
2TP-025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1868
Comment from the depositor
AES1869
2TP-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1869
Comment from the depositor
AES1870
2TP-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1870
Comment from the depositor
AES1871
2TP-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1871
Comment from the depositor
AES1872
2TP-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1872
Comment from the depositor
AES1873
2TP-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1873
Comment from the depositor
AES1874
2TP-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1874
Comment from the depositor
AES1875
2TP-036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1875
Comment from the depositor
AES1876
2TP-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1876
Comment from the depositor
AES1877
2TP-038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1877
Comment from the depositor
AES1878
2TP-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1878
Comment from the depositor
AES1879
2TP-040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1879
Comment from the depositor
AES1880
2TP-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1880
Comment from the depositor
AES1881
2TP-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1881
Comment from the depositor
AES1882
2TP-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1882
Comment from the depositor
AES1883
2TP-046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1883
Comment from the depositor
AES1884
2TP-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1884
Comment from the depositor
AES1885
2TP-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1885
Comment from the depositor
AES1886
2TP-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1886
Comment from the depositor
AES1887
2TP-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1887
Comment from the depositor
AES1888
2TP-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1888
Comment from the depositor
AES1889
2TP-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1889
Comment from the depositor
AES1890
2TP-055
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1890
Comment from the depositor
AES1891
2TP-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1891
Comment from the depositor
AES1892
2TP-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1892
Comment from the depositor
AES1893
2TP-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1893
Comment from the depositor
AES1894
2TP-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1894
Comment from the depositor
AES1895
2TP-061
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1895
Comment from the depositor
AES1896
2TP-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1896
Comment from the depositor
AES1897
2TP-065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1897
Comment from the depositor
AES1898
2TP-066
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1898
Comment from the depositor
AES1899
2TP-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1899
Comment from the depositor
AES1900
2TP-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1900
Comment from the depositor
AES1901
2TP-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1901
Comment from the depositor
AES1902
2TP-071
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1902
Comment from the depositor
AES1903
2TP-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1903
Comment from the depositor
AES1904
2TP-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1904
Comment from the depositor
AES1905
2TP-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1905
Comment from the depositor
AES1906
2TP-075
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1906
Comment from the depositor
AES1907
2TP-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1907
Comment from the depositor
AES1908
2TP-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1908
Comment from the depositor
AES1909
2TP-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1909
Comment from the depositor
AES1910
2TP-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1910
Comment from the depositor
AES1911
2TP-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1911
Comment from the depositor
AES1912
2TP-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1912
Comment from the depositor
AES1913
2TP-084
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Misc_ID:unknown Strain Data Sheet RBRC-AES1913
Comment from the depositor
AES1914
2TP-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1914
Comment from the depositor
AES1915
2TP-087
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1915
Comment from the depositor
AES1916
2TP-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1916
Comment from the depositor
AES1917
2TP-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1917
Comment from the depositor
AES1918
2TP-094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1918
Comment from the depositor
AES1919
2TP-095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1919
Comment from the depositor
AES1920
2TP-096
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1920
Comment from the depositor
AES1921
2TP-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1921
Comment from the depositor
AES1922
2TP-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1922
Comment from the depositor
AES1923
2TP-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1923
Comment from the depositor
AES1924
2TP-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1924
Comment from the depositor
AES1925
2TP-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1925
Comment from the depositor
AES1926
2TP-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1926
Comment from the depositor
AES1927
2TP-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1927
Comment from the depositor
AES1928
2TP-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1928
Comment from the depositor
AES1929
2TP-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1929
Comment from the depositor
AES1930
2TP-112
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1930
Comment from the depositor
AES1931
2TP-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1931
Comment from the depositor
AES1932
2TP-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1932
Comment from the depositor
AES1933
2TP-115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1933
Comment from the depositor
AES1934
2TP-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1934
Comment from the depositor
AES1935
2TP-117
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1935
Comment from the depositor
AES1936
2TP-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1936
Comment from the depositor
AES1937
2TP-119
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1937
Comment from the depositor
AES1938
2TP-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1938
Comment from the depositor
AES1939
2TP-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1939
Comment from the depositor
AES1940
2TP-122
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1940
Comment from the depositor
AES1941
2TP-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1941
Comment from the depositor
AES1942
2TP-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1942
Comment from the depositor
AES1943
2TP-125
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1943
Comment from the depositor
AES1944
2TP-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1944
Comment from the depositor
AES1945
2TP-128
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1945
Comment from the depositor
AES1946
2TP-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1946
Comment from the depositor
AES1947
2TP-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1947
Comment from the depositor
AES1948
2TP-131
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1948
Comment from the depositor
AES1949
2TP-132
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1949
Comment from the depositor
AES1950
2TP-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1950
Comment from the depositor
AES1951
2TP-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1951
Comment from the depositor
AES1952
2TP-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1952
Comment from the depositor
AES1953
2TP-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1953
Comment from the depositor
AES1954
2TP-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1954
Comment from the depositor
AES1955
2TP-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1955
Comment from the depositor
AES1956
2TP-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1956
Comment from the depositor
AES1957
2TP-143
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1957
Comment from the depositor
AES1958
2TP-144
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1958
Comment from the depositor
AES1959
2TP-145
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1959
Comment from the depositor
AES1960
2TP-146
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1960
Comment from the depositor
AES1961
2TP-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1961
Comment from the depositor
AES1962
TPM1-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1962
Comment from the depositor
AES1963
TPM1-002
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1963
Comment from the depositor
AES1964
TPM1-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1964
Comment from the depositor
AES1965
TPM1-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1965
Comment from the depositor
AES1966
TPM1-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1966
Comment from the depositor
AES1967
TPM1-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1967
Comment from the depositor
AES1968
TPM1-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1968
Comment from the depositor
AES1969
TPM1-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1969
Comment from the depositor
AES1970
TPM1-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1970
Comment from the depositor
AES1971
TPM1-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1971
Comment from the depositor
AES1972
TPM1-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1972
Comment from the depositor
AES1973
TPM1-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1973
Comment from the depositor
AES1974
TPM1-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1974
Comment from the depositor
AES1975
TPM1-015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1975
Comment from the depositor
AES1976
TPM1-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1976
Comment from the depositor
AES1977
TPM1-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1977
Comment from the depositor
AES1978
TPM1-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1978
Comment from the depositor
AES1979
TPM1-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1979
Comment from the depositor
AES1980
TPM1-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1980
Comment from the depositor
AES1981
TPM1-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1981
Comment from the depositor
AES1982
TPM1-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1982
Comment from the depositor
AES1983
TPM1-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1983
Comment from the depositor
AES1984
TPM1-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1984
Comment from the depositor
AES1985
TPM1-025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1985
Comment from the depositor
AES1986
TPM1-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1986
Comment from the depositor
AES1987
TPM1-027
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1987
Comment from the depositor
AES1988
TPM1-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1988
Comment from the depositor
AES1989
TPM1-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1989
Comment from the depositor
AES1990
TPM1-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1990
Comment from the depositor
AES1991
TPM1-033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1991
Comment from the depositor
AES1992
TPM1-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1992
Comment from the depositor
AES1993
TPM1-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1993
Comment from the depositor
AES1994
TPM1-038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1994
Comment from the depositor
AES1995
TPM1-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1995
Comment from the depositor
AES1996
TPM1-040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1996
Comment from the depositor
AES1997
TPM1-041
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1997
Comment from the depositor
AES1998
TPM1-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1998
Comment from the depositor
AES1999
TPM1-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES1999
Comment from the depositor
AES2000
TPM1-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2000
Comment from the depositor
AES2001
TPM1-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2001
Comment from the depositor
AES2002
TPM1-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2002
Comment from the depositor
AES2003
TPM1-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2003
Comment from the depositor
AES2004
TPM1-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2004
Comment from the depositor
AES2005
TPM1-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2005
Comment from the depositor
AES2006
TPM1-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2006
Comment from the depositor
AES2007
TPM1-055
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2007
Comment from the depositor
AES2008
TPM1-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2008
Comment from the depositor
AES2009
TPM1-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2009
Comment from the depositor
AES2010
TPM1-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2010
Comment from the depositor
AES2011
TPM1-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2011
Comment from the depositor
AES2012
TPM1-062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2012
Comment from the depositor
AES2013
TPM1-063
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2013
Comment from the depositor
AES2014
TPM1-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2014
Comment from the depositor
AES2015
TPM1-065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2015
Comment from the depositor
AES2016
TPM1-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2016
Comment from the depositor
AES2017
TPM1-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2017
Comment from the depositor
AES2018
TPM1-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2018
Comment from the depositor
AES2019
TPM1-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2019
Comment from the depositor
AES2020
TPM1-071
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2020
Comment from the depositor
AES2021
TPM1-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2021
Comment from the depositor
AES2022
TPM1-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2022
Comment from the depositor
AES2023
TPM1-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2023
Comment from the depositor
AES2024
TPM1-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2024
Comment from the depositor
AES2025
TPM1-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2025
Comment from the depositor
AES2026
TPM1-082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2026
Comment from the depositor
AES2027
TPM1-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2027
Comment from the depositor
AES2028
TPM1-084
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2028
Comment from the depositor
AES2029
TPM1-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2029
Comment from the depositor
AES2030
TPM1-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2030
Comment from the depositor
AES2031
TPM1-087
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2031
Comment from the depositor
AES2032
TPM1-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2032
Comment from the depositor
AES2033
TPM1-089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2033
Comment from the depositor
AES2034
TPM1-094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2034
Comment from the depositor
AES2035
TPM1-095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2035
Comment from the depositor
AES2036
TPM1-096
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2036
Comment from the depositor
AES2037
TPM1-097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2037
Comment from the depositor
AES2038
TPM1-098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2038
Comment from the depositor
AES2039
TPM1-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2039
Comment from the depositor
AES2040
TPM1-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2040
Comment from the depositor
AES2041
TPM1-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2041
Comment from the depositor
AES2042
TPM1-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2042
Comment from the depositor
AES2043
TPM1-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2043
Comment from the depositor
AES2044
TPM1-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2044
Comment from the depositor
AES2045
TPM1-106
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2045
Comment from the depositor
AES2046
TPM1-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2046
Comment from the depositor
AES2047
TPM1-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2047
Comment from the depositor
AES2048
TPM1-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2048
Comment from the depositor
AES2049
TPM1-110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2049
Comment from the depositor
AES2050
TPM1-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2050
Comment from the depositor
AES2051
TPM1-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2051
Comment from the depositor
AES2052
TPM1-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2052
Comment from the depositor
AES2053
TPM1-115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2053
Comment from the depositor
AES2054
TPM1-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2054
Comment from the depositor
AES2055
TPM1-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2055
Comment from the depositor
AES2056
TPM1-119
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2056
Comment from the depositor
AES2057
TPM1-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2057
Comment from the depositor
AES2058
TPM1-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2058
Comment from the depositor
AES2059
TPM1-122
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2059
Comment from the depositor
AES2061
TPM1-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2061
Comment from the depositor
AES2062
TPM1-127
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2062
Comment from the depositor
AES2063
TPM1-128
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2063
Comment from the depositor
AES2064
TPM1-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2064
Comment from the depositor
AES2065
TPM1-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2065
Comment from the depositor
AES2066
TPM1-131
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2066
Comment from the depositor
AES2067
TPM1-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2067
Comment from the depositor
AES2068
TPM1-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2068
Comment from the depositor
AES2069
TPM1-137
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2069
Comment from the depositor
AES2070
TPM1-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2070
Comment from the depositor
AES2071
TPM1-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2071
Comment from the depositor
AES2072
TPM2-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2072
Comment from the depositor
AES2073
TPM2-002
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2073
Comment from the depositor
AES2074
TPM2-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2074
Comment from the depositor
AES2075
TPM2-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2075
Comment from the depositor
AES2076
TPM2-006
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2076
Comment from the depositor
AES2077
TPM2-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2077
Comment from the depositor
AES2078
TPM2-008
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2078
Comment from the depositor
AES2079
TPM2-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2079
Comment from the depositor
AES2080
TPM2-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2080
Comment from the depositor
AES2081
TPM2-011
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2081
Comment from the depositor
AES2082
TPM2-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2082
Comment from the depositor
AES2083
TPM2-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2083
Comment from the depositor
AES2084
TPM2-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2084
Comment from the depositor
AES2085
TPM2-015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2085
Comment from the depositor
AES2086
TPM2-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2086
Comment from the depositor
AES2087
TPM2-017
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2087
Comment from the depositor
AES2088
TPM2-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2088
Comment from the depositor
AES2089
TPM2-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2089
Comment from the depositor
AES2090
TPM2-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2090
Comment from the depositor
AES2091
TPM2-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2091
Comment from the depositor
AES2092
TPM2-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2092
Comment from the depositor
AES2093
TPM2-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2093
Comment from the depositor
AES2094
TPM2-025
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2094
Comment from the depositor
AES2095
TPM2-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2095
Comment from the depositor
AES2096
TPM2-027
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2096
Comment from the depositor
AES2097
TPM2-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2097
Comment from the depositor
AES2098
TPM2-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2098
Comment from the depositor
AES2099
TPM2-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2099
Comment from the depositor
AES2100
TPM2-032
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2100
Comment from the depositor
AES2101
TPM2-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2101
Comment from the depositor
AES2102
TPM2-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2102
Comment from the depositor
AES2103
TPM2-036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2103
Comment from the depositor
AES2104
TPM2-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2104
Comment from the depositor
AES2105
TPM2-038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2105
Comment from the depositor
AES2106
TPM2-039
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2106
Comment from the depositor
AES2107
TPM2-040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2107
Comment from the depositor
AES2108
TPM2-041
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2108
Comment from the depositor
AES2109
TPM2-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2109
Comment from the depositor
AES2110
TPM2-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2110
Comment from the depositor
AES2111
TPM2-046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2111
Comment from the depositor
AES2112
TPM2-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2112
Comment from the depositor
AES2113
TPM2-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2113
Comment from the depositor
AES2114
TPM2-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2114
Comment from the depositor
AES2115
TPM2-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2115
Comment from the depositor
AES2116
TPM2-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2116
Comment from the depositor
AES2117
TPM2-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2117
Comment from the depositor
AES2118
TPM2-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2118
Comment from the depositor
AES2119
TPM2-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2119
Comment from the depositor
AES2120
TPM2-055
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2120
Comment from the depositor
AES2121
TPM2-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2121
Comment from the depositor
AES2122
TPM2-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2122
Comment from the depositor
AES2123
TPM2-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2123
Comment from the depositor
AES2124
TPM2-062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2124
Comment from the depositor
AES2125
TPM2-063
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2125
Comment from the depositor
AES2126
TPM2-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2126
Comment from the depositor
AES2127
TPM2-065
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2127
Comment from the depositor
AES2128
TPM2-066
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2128
Comment from the depositor
AES2129
TPM2-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2129
Comment from the depositor
AES2130
TPM2-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2130
Comment from the depositor
AES2131
TPM2-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2131
Comment from the depositor
AES2132
TPM2-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2132
Comment from the depositor
AES2133
TPM2-071
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2133
Comment from the depositor
AES2134
TPM2-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2134
Comment from the depositor
AES2135
TPM2-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2135
Comment from the depositor
AES2136
TPM2-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2136
Comment from the depositor
AES2137
TPM2-075
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2137
Comment from the depositor
AES2138
TPM2-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2138
Comment from the depositor
AES2139
TPM2-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2139
Comment from the depositor
AES2140
TPM2-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2140
Comment from the depositor
AES2141
TPM2-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2141
Comment from the depositor
AES2142
TPM2-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2142
Comment from the depositor
AES2143
TPM2-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2143
Comment from the depositor
AES2144
TPM2-082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2144
Comment from the depositor
AES2145
TPM2-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2145
Comment from the depositor
AES2146
TPM2-084
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2146
Comment from the depositor
AES2147
TPM2-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2147
Comment from the depositor
AES2148
TPM2-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2148
Comment from the depositor
AES2149
TPM2-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2149
Comment from the depositor
AES2150
TPM2-089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2150
Comment from the depositor
AES2151
TPM2-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2151
Comment from the depositor
AES2152
TPM2-091
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2152
Comment from the depositor
AES2153
TPM2-092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2153
Comment from the depositor
AES2154
TPM2-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2154
Comment from the depositor
AES2155
TPM2-094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2155
Comment from the depositor
AES2156
TPM2-095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2156
Comment from the depositor
AES2157
TPM2-096
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2157
Comment from the depositor
AES2158
TPM2-097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2158
Comment from the depositor
AES2159
TPM2-098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2159
Comment from the depositor
AES2160
TPM2-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2160
Comment from the depositor
AES2161
TPM2-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2161
Comment from the depositor
AES2162
TPM2-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2162
Comment from the depositor
AES2163
TPM2-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2163
Comment from the depositor
AES2164
TPM2-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2164
Comment from the depositor
AES2165
TPM2-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2165
Comment from the depositor
AES2166
TPM2-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2166
Comment from the depositor
AES2167
TPM2-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2167
Comment from the depositor
AES2168
TPM2-108
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2168
Comment from the depositor
AES2169
TPM2-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2169
Comment from the depositor
AES2170
TPM2-110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2170
Comment from the depositor
AES2171
TPM2-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2171
Comment from the depositor
AES2172
TPM2-112
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2172
Comment from the depositor
AES2173
TPM2-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2173
Comment from the depositor
AES2174
TPM2-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2174
Comment from the depositor
AES2175
TPM2-115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2175
Comment from the depositor
AES2176
TPM2-117
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2176
Comment from the depositor
AES2177
TPM2-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2177
Comment from the depositor
AES2178
TPM2-119
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2178
Comment from the depositor
AES2179
TPM2-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2179
Comment from the depositor
AES2180
TPM2-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2180
Comment from the depositor
AES2181
TPM2-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2181
Comment from the depositor
AES2182
TPM2-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2182
Comment from the depositor
AES2183
TPM2-125
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2183
Comment from the depositor
AES2184
TPM2-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2184
Comment from the depositor
AES2185
TPM2-128
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2185
Comment from the depositor
AES2186
TPM2-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2186
Comment from the depositor
AES2187
TPM2-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2187
Comment from the depositor
AES2188
TPM2-132
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2188
Comment from the depositor
AES2189
TPM2-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2189
Comment from the depositor
AES2190
TPM2-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2190
Comment from the depositor
AES2191
TPM2-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2191
Comment from the depositor
AES2192
TPM2-136
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2192
Comment from the depositor
AES2193
TPM2-137
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2193
Comment from the depositor
AES2194
TPM2-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2194
Comment from the depositor
AES2195
TPM2-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2195
Comment from the depositor
AES2196
TPM2-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2196
Comment from the depositor
AES2197
TPM2-141
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2197
Comment from the depositor
AES2198
TPM2-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2198
Comment from the depositor
AES2199
TPM2-143
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2199
Comment from the depositor
AES2200
TPM2-144
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2200
Comment from the depositor
AES2201
TPM2-146
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2201
Comment from the depositor
AES2202
TPM2-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2202
Comment from the depositor
AES2203
TPM2-148
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2203
Comment from the depositor
AES2204
TPM2-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2204
Comment from the depositor
AES2205
TPM2-151
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2205
Comment from the depositor
AES2206
TPM2-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2206
Comment from the depositor
AES2207
TPM2-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2207
Comment from the depositor
AES2208
TPM2-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2208
Comment from the depositor
AES2209
TPM2-156
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2209
Comment from the depositor
AES2210
TPM2-157
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2210
Comment from the depositor
AES2211
TPM2-158
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2211
Comment from the depositor
AES2212
TPM2-159
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2212
Comment from the depositor
AES2213
TPM2-160
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2213
Comment from the depositor
AES2214
TPM2-161
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2214
Comment from the depositor
AES2215
TPM2-162
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2215
Comment from the depositor
AES2216
TPM2-163
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2216
Comment from the depositor
AES2217
TPM2-164
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2217
Comment from the depositor
AES2218
TPM2-166
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2218
Comment from the depositor
AES2219
TPM2-167
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2219
Comment from the depositor
AES2220
TPM2-168
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2220
Comment from the depositor
AES2221
TPM2-170
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2221
Comment from the depositor
AES2222
TPM2-172
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2222
Comment from the depositor
AES2223
TPM2-174
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2223
Comment from the depositor
AES2224
TPM2-177
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2224
Comment from the depositor
AES2225
TPM2-183
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2225
Comment from the depositor
AES2226
TPM2-184
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2226
Comment from the depositor
AES2227
TPM2-185
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2227
Comment from the depositor
AES2228
TPM2-187
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Misc_ID: NM_012060 Strain Data Sheet RBRC-AES2228
Comment from the depositor
AES2229
TPM2-188
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2229
Comment from the depositor
AES2230
TPM2-189
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2230
Comment from the depositor
AES2231
TPM2-191
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2231
Comment from the depositor
AES2232
TPM2-193
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2232
Comment from the depositor
AES2233
TPM2-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2233
Comment from the depositor
AES2234
TPM2-196
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2234
Comment from the depositor
AES2235
TPM2-197
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2235
Comment from the depositor
AES2236
TPM2-198
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2236
Comment from the depositor
AES2237
TPM2-199
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2237
Comment from the depositor
AES2238
TPM2-200
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2238
Comment from the depositor
AES2239
TPM2-201
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2239
Comment from the depositor
AES2240
TPM2-202
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2240
Comment from the depositor
AES2241
TPM2-204
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2241
Comment from the depositor
AES2242
TPM2-207
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2242
Comment from the depositor
AES2243
TPM2-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2243
Comment from the depositor
AES2244
TPM2-209
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2244
Comment from the depositor
AES2245
TPM2-210
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2245
Comment from the depositor
AES2246
TPM2-211
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2246
Comment from the depositor
AES2247
TPM2-212
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2247
Comment from the depositor
AES2248
TPM2-213
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2248
Comment from the depositor
AES2249
TPM2-215
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2249
Comment from the depositor
AES2250
TPM2-216
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2250
Comment from the depositor
AES2251
TPM2-217
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2251
Comment from the depositor
AES2252
TPM2-218
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2252
Comment from the depositor
AES2253
TPM2-219
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2253
Comment from the depositor
AES2254
TPM2-220
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2254
Comment from the depositor
AES2255
TPM2-221
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2255
Comment from the depositor
AES2256
TPM2-223
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2256
Comment from the depositor
AES2257
TPM2-225
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2257
Comment from the depositor
AES2258
TPM2-226
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2258
Comment from the depositor
AES2259
TPM2-227
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2259
Comment from the depositor
AES2260
TPM2-228
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2260
Comment from the depositor
AES2261
TPM2-229
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2261
Comment from the depositor
AES2262
TPM2-230
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2262
Comment from the depositor
AES2263
TPM2-231
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2263
Comment from the depositor
AES2264
TPM2-232
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2264
Comment from the depositor
AES2265
TPM2-233
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2265
Comment from the depositor
AES2266
TPM2-234
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2266
Comment from the depositor
AES2267
TPM2-235
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2267
Comment from the depositor
AES2268
TPM2-236
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2268
Comment from the depositor
AES2269
TPM2-237
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2269
Comment from the depositor
AES2270
TPM2-238
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2270
Comment from the depositor
AES2271
TPM2-239
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2271
Comment from the depositor
AES2272
TPM2-240
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2272
Comment from the depositor
AES2273
TPM2-241
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2273
Comment from the depositor
AES2274
TPM2-242
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2274
Comment from the depositor
AES2275
TPM2-243
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2275
Comment from the depositor
AES2276
TPM2-244
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2276
Comment from the depositor
AES2277
TPM2-246
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2277
Comment from the depositor
AES2278
TPM2-248
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2278
Comment from the depositor
AES2279
TPM2-250
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2279
Comment from the depositor
AES2280
TPM2-251
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2280
Comment from the depositor
AES2281
TPM2-252
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2281
Comment from the depositor
AES2282
TPM2-253
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2282
Comment from the depositor
AES2283
TPM2-254
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2283
Comment from the depositor
AES2284
TPM2-255
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2284
Comment from the depositor
AES2285
TPM2-256
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2285
Comment from the depositor
AES2286
TPM2-257
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2286
Comment from the depositor
AES2287
TPM2-259
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2287
Comment from the depositor
AES2288
TPM2-260
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2288
Comment from the depositor
AES2289
TPM2-261
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2289
Comment from the depositor
AES2290
TPM2-262
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2290
Comment from the depositor
AES2291
TPM2-263
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2291
Comment from the depositor
AES2292
TPM2-264
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2292
Comment from the depositor
AES2293
TPM2-265
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2293
Comment from the depositor
AES2294
TPM2-267
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2294
Comment from the depositor
AES2295
TPM2-269
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2295
Comment from the depositor
AES2296
TPM2-272
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2296
Comment from the depositor
AES2297
TPM2-273
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2297
Comment from the depositor
AES2298
TPM2-275
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2298
Comment from the depositor
AES2299
TPM2-277
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2299
Comment from the depositor
AES2300
TPM2-279
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2300
Comment from the depositor
AES2301
TPM2-280
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2301
Comment from the depositor
AES2302
TPM2-282
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2302
Comment from the depositor
AES2303
TPM2-283
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2303
Comment from the depositor
AES2304
TPM2-285
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2304
Comment from the depositor
AES2305
TPM2-286
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2305
Comment from the depositor
AES2306
TPM2-287
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2306
Comment from the depositor
AES2307
TPM2-288
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2307
Comment from the depositor
AES2308
TPM2-289
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2308
Comment from the depositor
AES2309
TPM2-291
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2309
Comment from the depositor
AES2310
TPM2-292
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2310
Comment from the depositor
AES2311
TPM2-293
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2311
Comment from the depositor
AES2312
TPM2-294
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2312
Comment from the depositor
AES2313
TPM2-296
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2313
Comment from the depositor
AES2314
TPM2-298
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2314
Comment from the depositor
AES2315
TPM2-300
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2315
Comment from the depositor
AES2316
TPM4-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2316
Comment from the depositor
AES2317
TPM4-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2317
Comment from the depositor
AES2318
TPM4-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2318
Comment from the depositor
AES2319
TPM4-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2319
Comment from the depositor
AES2320
TPM4-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2320
Comment from the depositor
AES2321
TPM4-066
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2321
Comment from the depositor
AES2322
TPM4-067
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2322
Comment from the depositor
AES2323
TPM4-069
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2323
Comment from the depositor
AES2324
TPM4-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2324
Comment from the depositor
AES2325
TPM4-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2325
Comment from the depositor
AES2326
TPM4-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2326
Comment from the depositor
AES2327
TPM4-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2327
Comment from the depositor
AES2328
TPM4-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2328
Comment from the depositor
AES2329
TPM4-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2329
Comment from the depositor
AES2330
TPM4-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2330
Comment from the depositor
AES2331
TPM4-082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2331
Comment from the depositor
AES2332
TPM4-084
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2332
Comment from the depositor
AES2333
TPM4-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2333
Comment from the depositor
AES2334
TPM4-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2334
Comment from the depositor
AES2335
TPM4-087
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2335
Comment from the depositor
AES2336
TPM4-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2336
Comment from the depositor
AES2337
TPM4-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2337
Comment from the depositor
AES2338
TPM4-091
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2338
Comment from the depositor
AES2339
TPM4-095
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2339
Comment from the depositor
AES2340
TPM4-097
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2340
Comment from the depositor
AES2341
TPM4-098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2341
Comment from the depositor
AES2342
TPM4-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2342
Comment from the depositor
AES2343
TPM4-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2343
Comment from the depositor
AES2344
TPM4-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2344
Comment from the depositor
AES2345
TPM4-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2345
Comment from the depositor
AES2346
TPM4-106
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2346
Comment from the depositor
AES2347
TPM4-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2347
Comment from the depositor
AES2348
TPM4-112
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2348
Comment from the depositor
AES2349
TPM4-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2349
Comment from the depositor
AES2350
TPM4-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2350
Comment from the depositor
AES2351
TPM4-117
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2351
Comment from the depositor
AES2352
TPM4-119
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2352
Comment from the depositor
AES2353
TPM4-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2353
Comment from the depositor
AES2354
TPM4-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2354
Comment from the depositor
AES2355
TPM4-122
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2355
Comment from the depositor
AES2356
TPM4-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2356
Comment from the depositor
AES2357
TPM4-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2357
Comment from the depositor
AES2358
TPM4-127
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2358
Comment from the depositor
AES2359
TPM4-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2359
Comment from the depositor
AES2360
TPM4-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2360
Comment from the depositor
AES2361
TPM4-131
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2361
Comment from the depositor
AES2362
TPM4-132
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2362
Comment from the depositor
AES2363
TPM4-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2363
Comment from the depositor
AES2364
TPM4-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2364
Comment from the depositor
AES2365
TPM4-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2365
Comment from the depositor
AES2366
TPM4-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2366
Comment from the depositor
AES2367
TPM4-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2367
Comment from the depositor
AES2368
TPM4-146
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2368
Comment from the depositor
AES2369
TPM4-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2369
Comment from the depositor
AES2370
TPM4-148
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2370
Comment from the depositor
AES2371
TPM4-149
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2371
Comment from the depositor
AES2372
TPM4-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2372
Comment from the depositor
AES2373
TPM4-151
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2373
Comment from the depositor
AES2374
TPM4-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2374
Comment from the depositor
AES2375
TPM4-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2375
Comment from the depositor
AES2376
TPM4-156
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2376
Comment from the depositor
AES2377
TPM4-158
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2377
Comment from the depositor
AES2378
TPM4-159
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2378
Comment from the depositor
AES2379
TPM4-160
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2379
Comment from the depositor
AES2380
TPM4-161
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2380
Comment from the depositor
AES2381
TPM4-163
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2381
Comment from the depositor
AES2382
TPM4-168
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2382
Comment from the depositor
AES2383
TPM4-169
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2383
Comment from the depositor
AES2384
TPM4-171
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2384
Comment from the depositor
AES2385
TPM4-172
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2385
Comment from the depositor
AES2386
TPM4-173
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2386
Comment from the depositor
AES2387
TPM4-174
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2387
Comment from the depositor
AES2388
TPM4-177
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2388
Comment from the depositor
AES2389
TPM4-178
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2389
Comment from the depositor
AES2390
TPM4-181
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2390
Comment from the depositor
AES2391
TPM4-182
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2391
Comment from the depositor
AES2392
TPM4-185
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2392
Comment from the depositor
AES2393
TPM4-186
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2393
Comment from the depositor
AES2394
TPM4-188
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2394
Comment from the depositor
AES2395
TPM4-189
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2395
Comment from the depositor
AES2396
TPM4-190
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2396
Comment from the depositor
AES2397
TPM4-191
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2397
Comment from the depositor
AES2398
TPM4-193
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2398
Comment from the depositor
AES2399
TPM4-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2399
Comment from the depositor
AES2400
TPM4-197
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2400
Comment from the depositor
AES2401
TPM4-198
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2401
Comment from the depositor
AES2402
TPM4-200
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2402
Comment from the depositor
AES2403
TPM4-202
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2403
Comment from the depositor
AES2404
TPM4-203
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2404
Comment from the depositor
AES2405
TPM4-206
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2405
Comment from the depositor
AES2406
TPM4-207
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2406
Comment from the depositor
AES2407
TPM4-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2407
Comment from the depositor
AES2408
TPM4-209
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2408
Comment from the depositor
AES2409
TPM4-210
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2409
Comment from the depositor
AES2410
TPM5-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2410
Comment from the depositor
AES2411
TPM5-004
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2411
Comment from the depositor
AES2412
TPM5-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2412
Comment from the depositor
AES2413
TPM5-009
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2413
Comment from the depositor
AES2414
TPM5-010
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2414
Comment from the depositor
AES2415
TPM5-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2415
Comment from the depositor
AES2416
TPM5-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2416
Comment from the depositor
AES2417
TPM5-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2417
Comment from the depositor
AES2418
TPM5-015
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2418
Comment from the depositor
AES2419
TPM5-018
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2419
Comment from the depositor
AES2420
TPM5-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2420
Comment from the depositor
AES2421
TPM5-020
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2421
Comment from the depositor
AES2422
TPM5-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2422
Comment from the depositor
AES2423
TPM5-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2423
Comment from the depositor
AES2424
TPM5-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2424
Comment from the depositor
AES2425
TPM5-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2425
Comment from the depositor
AES2426
TPM5-027
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2426
Comment from the depositor
AES2427
TPM5-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2427
Comment from the depositor
AES2428
TPM5-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2428
Comment from the depositor
AES2429
TPM5-033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2429
Comment from the depositor
AES2430
TPM5-034
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2430
Comment from the depositor
AES2431
TPM5-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2431
Comment from the depositor
AES2432
TPM5-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2432
Comment from the depositor
AES2433
TPM5-040
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2433
Comment from the depositor
AES2434
TPM5-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2434
Comment from the depositor
AES2435
TPM5-044
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2435
Comment from the depositor
AES2436
TPM5-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2436
Comment from the depositor
AES2437
TPM5-046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2437
Comment from the depositor
AES2438
TPM5-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2438
Comment from the depositor
AES2439
TPM5-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2439
Comment from the depositor
AES2440
TPM5-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2440
Comment from the depositor
AES2441
TPM5-050
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2441
Comment from the depositor
AES2442
TPM5-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2442
Comment from the depositor
AES2443
TPM5-056
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2443
Comment from the depositor
AES2444
TPM5-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2444
Comment from the depositor
AES2445
TPM5-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2445
Comment from the depositor
AES2446
TPM5-059
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2446
Comment from the depositor
AES2447
TPM5-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2447
Comment from the depositor
AES2448
TPM5-061
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2448
Comment from the depositor
AES2449
TPM5-062
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2449
Comment from the depositor
AES2450
TPM5-063
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2450
Comment from the depositor
AES2451
TPM5-064
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2451
Comment from the depositor
AES2452
TPM5-066
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2452
Comment from the depositor
AES2453
TPM5-068
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2453
Comment from the depositor
AES2454
TPM5-070
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2454
Comment from the depositor
AES2455
TPM5-071
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2455
Comment from the depositor
AES2456
TPM5-072
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2456
Comment from the depositor
AES2457
TPM5-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2457
Comment from the depositor
AES2458
TPM5-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2458
Comment from the depositor
AES2459
TPM5-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2459
Comment from the depositor
AES2460
TPM5-077
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2460
Comment from the depositor
AES2461
TPM5-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2461
Comment from the depositor
AES2462
TPM5-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2462
Comment from the depositor
AES2463
TPM5-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2463
Comment from the depositor
AES2464
TPM5-082
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2464
Comment from the depositor
AES2465
TPM5-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2465
Comment from the depositor
AES2466
TPM5-085
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2466
Comment from the depositor
AES2467
TPM5-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2467
Comment from the depositor
AES2468
TPM5-087
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2468
Comment from the depositor
AES2469
TPM5-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2469
Comment from the depositor
AES2470
TPM5-089
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2470
Comment from the depositor
AES2471
TPM5-090
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2471
Comment from the depositor
AES2472
TPM5-093
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2472
Comment from the depositor
AES2473
TPM5-098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2473
Comment from the depositor
AES2474
TPM5-099
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2474
Comment from the depositor
AES2475
TPM5-100
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2475
Comment from the depositor
AES2476
TPM5-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2476
Comment from the depositor
AES2477
TPM5-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2477
Comment from the depositor
AES2478
TPM5-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2478
Comment from the depositor
AES2479
TPM5-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2479
Comment from the depositor
AES2480
TPM5-105
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2480
Comment from the depositor
AES2481
TPM5-110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2481
Comment from the depositor
AES2482
TPM5-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2482
Comment from the depositor
AES2483
TPM5-119
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2483
Comment from the depositor
AES2484
TPM5-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2484
Comment from the depositor
AES2485
TPM5-122
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2485
Comment from the depositor
AES2486
TPM5-123
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Misc_ID: NM_001081417 Strain Data Sheet RBRC-AES2486
Comment from the depositor
AES2487
TPM5-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2487
Comment from the depositor
AES2488
TPM5-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2488
Comment from the depositor
AES2489
TPM5-134
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2489
Comment from the depositor
AES2490
TPM5-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2490
Comment from the depositor
AES2491
TPM5-137
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2491
Comment from the depositor
AES2492
TPM5-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2492
Comment from the depositor
AES2493
TPM5-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2493
Comment from the depositor
AES2494
TPM5-140
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2494
Comment from the depositor
AES2495
TPM5-141
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2495
Comment from the depositor
AES2496
TPM5-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2496
Comment from the depositor
AES2497
TPM5-146
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2497
Comment from the depositor
AES2498
TPM5-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2498
Comment from the depositor
AES2499
TPM5-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2499
Comment from the depositor
AES2500
TPM5-152
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2500
Comment from the depositor
AES2501
TPM5-153
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2501
Comment from the depositor
AES2502
TPM5-154
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2502
Comment from the depositor
AES2503
TPM5-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2503
Comment from the depositor
AES2504
TPM5-156
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2504
Comment from the depositor
AES2505
TPM5-162
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2505
Comment from the depositor
AES2506
TPM5-163
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2506
Comment from the depositor
AES2507
TPM5-164
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2507
Comment from the depositor
AES2508
TPM5-165
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2508
Comment from the depositor
AES2509
TPM5-166
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2509
Comment from the depositor
AES2510
TPM5-179
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2510
Comment from the depositor
AES2511
TPM5-181
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2511
Comment from the depositor
AES2512
TPM5-182
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2512
Comment from the depositor
AES2513
TPM5-186
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2513
Comment from the depositor
AES2514
TPM5-190
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2514
Comment from the depositor
AES2515
TPM5-191
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2515
Comment from the depositor
AES2516
TPM5-193
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2516
Comment from the depositor
AES2517
TPM5-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2517
Comment from the depositor
AES2518
TPM5-198
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2518
Comment from the depositor
AES2519
TPM5-203
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2519
Comment from the depositor
AES2520
TPM5-204
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2520
Comment from the depositor
AES2521
TPM5-206
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2521
Comment from the depositor
AES2522
TPM5-207
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2522
Comment from the depositor
AES2523
TPM5-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2523
Comment from the depositor
AES2524
TPM5-211
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2524
Comment from the depositor
AES2525
TPM5-212
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2525
Comment from the depositor
AES2526
TPM5-213
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2526
Comment from the depositor
AES2527
TPM5-214
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2527
Comment from the depositor
AES2528
TPM5-215
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2528
Comment from the depositor
AES2529
TPM5-216
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2529
Comment from the depositor
AES2530
TPM5-218
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2530
Comment from the depositor
AES2531
TPM5-220
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2531
Comment from the depositor
AES2532
TPM6-001
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2532
Comment from the depositor
AES2533
TPM6-003
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2533
Comment from the depositor
AES2534
TPM6-005
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2534
Comment from the depositor
AES2535
TPM6-007
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2535
Comment from the depositor
AES2536
TPM6-012
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2536
Comment from the depositor
AES2537
TPM6-013
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2537
Comment from the depositor
AES2538
TPM6-014
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2538
Comment from the depositor
AES2539
TPM6-016
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2539
Comment from the depositor
AES2540
TPM6-019
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2540
Comment from the depositor
AES2541
TPM6-021
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2541
Comment from the depositor
AES2542
TPM6-022
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2542
Comment from the depositor
AES2543
TPM6-023
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2543
Comment from the depositor
AES2544
TPM6-024
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2544
Comment from the depositor
AES2545
TPM6-026
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2545
Comment from the depositor
AES2546
TPM6-028
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2546
Comment from the depositor
AES2547
TPM6-029
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2547
Comment from the depositor
AES2548
TPM6-030
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2548
Comment from the depositor
AES2549
TPM6-031
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2549
Comment from the depositor
AES2550
TPM6-033
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2550
Comment from the depositor
AES2551
TPM6-035
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2551
Comment from the depositor
AES2552
TPM6-036
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2552
Comment from the depositor
AES2553
TPM6-037
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2553
Comment from the depositor
AES2554
TPM6-038
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2554
Comment from the depositor
AES2555
TPM6-042
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2555
Comment from the depositor
AES2556
TPM6-043
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2556
Comment from the depositor
AES2557
TPM6-045
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2557
Comment from the depositor
AES2558
TPM6-046
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2558
Comment from the depositor
AES2559
TPM6-047
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2559
Comment from the depositor
AES2560
TPM6-048
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2560
Comment from the depositor
AES2561
TPM6-049
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2561
Comment from the depositor
AES2562
TPM6-051
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2562
Comment from the depositor
AES2563
TPM6-052
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2563
Comment from the depositor
AES2564
TPM6-053
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2564
Comment from the depositor
AES2565
TPM6-054
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2565
Comment from the depositor
AES2566
TPM6-057
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2566
Comment from the depositor
AES2567
TPM6-058
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2567
Comment from the depositor
AES2568
TPM6-060
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2568
Comment from the depositor
AES2569
TPM6-073
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2569
Comment from the depositor
AES2570
TPM6-074
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2570
Comment from the depositor
AES2571
TPM6-076
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2571
Comment from the depositor
AES2572
TPM6-078
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2572
Comment from the depositor
AES2573
TPM6-079
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2573
Comment from the depositor
AES2574
TPM6-080
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2574
Comment from the depositor
AES2575
TPM6-081
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2575
Comment from the depositor
AES2576
TPM6-083
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2576
Comment from the depositor
AES2577
TPM6-086
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2577
Comment from the depositor
AES2578
TPM6-087
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2578
Comment from the depositor
AES2579
TPM6-088
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2579
Comment from the depositor
AES2580
TPM6-091
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2580
Comment from the depositor
AES2581
TPM6-092
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2581
Comment from the depositor
AES2582
TPM6-094
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2582
Comment from the depositor
AES2583
TPM6-096
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2583
Comment from the depositor
AES2584
TPM6-098
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2584
Comment from the depositor
AES2585
TPM6-101
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2585
Comment from the depositor
AES2586
TPM6-102
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2586
Comment from the depositor
AES2587
TPM6-103
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2587
Comment from the depositor
AES2588
TPM6-104
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2588
Comment from the depositor
AES2589
TPM6-106
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2589
Comment from the depositor
AES2590
TPM6-107
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2590
Comment from the depositor
AES2591
TPM6-109
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2591
Comment from the depositor
AES2592
TPM6-110
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2592
Comment from the depositor
AES2593
TPM6-111
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2593
Comment from the depositor
AES2594
TPM6-112
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2594
Comment from the depositor
AES2595
TPM6-113
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2595
Comment from the depositor
AES2596
TPM6-114
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2596
Comment from the depositor
AES2597
TPM6-115
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2597
Comment from the depositor
AES2598
TPM6-116
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2598
Comment from the depositor
AES2599
TPM6-117
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2599
Comment from the depositor
AES2600
TPM6-118
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2600
Comment from the depositor
AES2601
TPM6-120
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2601
Comment from the depositor
AES2602
TPM6-121
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2602
Comment from the depositor
AES2603
TPM6-123
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2603
Comment from the depositor
AES2604
TPM6-124
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2604
Comment from the depositor
AES2605
TPM6-126
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2605
Comment from the depositor
AES2606
TPM6-127
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2606
Comment from the depositor
AES2607
TPM6-129
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2607
Comment from the depositor
AES2608
TPM6-130
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2608
Comment from the depositor
AES2609
TPM6-132
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2609
Comment from the depositor
AES2610
TPM6-133
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2610
Comment from the depositor
AES2611
TPM6-135
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2611
Comment from the depositor
AES2612
TPM6-138
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2612
Comment from the depositor
AES2613
TPM6-139
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2613
Comment from the depositor
AES2614
TPM6-141
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2614
Comment from the depositor
AES2615
TPM6-142
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2615
Comment from the depositor
AES2616
TPM6-143
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2616
Comment from the depositor
AES2617
TPM6-144
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2617
Comment from the depositor
AES2618
TPM6-145
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2618
Comment from the depositor
AES2619
TPM6-147
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2619
Comment from the depositor
AES2620
TPM6-148
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2620
Comment from the depositor
AES2621
TPM6-149
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2621
Comment from the depositor
AES2622
TPM6-150
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2622
Comment from the depositor
AES2623
TPM6-151
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2623
Comment from the depositor
AES2624
TPM6-155
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2624
Comment from the depositor
AES2625
TPM6-156
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2625
Comment from the depositor
AES2626
TPM6-157
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2626
Comment from the depositor
AES2627
TPM6-158
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2627
Comment from the depositor
AES2628
TPM6-159
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2628
Comment from the depositor
AES2629
TPM6-160
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2629
Comment from the depositor
AES2630
TPM6-161
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2630
Comment from the depositor
AES2631
TPM6-162
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2631
Comment from the depositor
AES2632
TPM6-163
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2632
Comment from the depositor
AES2633
TPM6-166
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2633
Comment from the depositor
AES2634
TPM6-171
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2634
Comment from the depositor
AES2635
TPM6-172
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2635
Comment from the depositor
AES2636
TPM6-173
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2636
Comment from the depositor
AES2637
TPM6-174
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2637
Comment from the depositor
AES2638
TPM6-175
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2638
Comment from the depositor
AES2639
TPM6-177
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2639
Comment from the depositor
AES2640
TPM6-179
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2640
Comment from the depositor
AES2641
TPM6-180
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Misc_ID: NM_177691 Strain Data Sheet RBRC-AES2641
Comment from the depositor
AES2642
TPM6-181
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2642
Comment from the depositor
AES2643
TPM6-182
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2643
Comment from the depositor
AES2644
TPM6-183
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2644
Comment from the depositor
AES2645
TPM6-184
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2645
Comment from the depositor
AES2646
TPM6-185
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2646
Comment from the depositor
AES2647
TPM6-186
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2647
Comment from the depositor
AES2648
TPM6-187
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2648
Comment from the depositor
AES2649
TPM6-190
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2649
Comment from the depositor
AES2650
TPM6-191
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2650
Comment from the depositor
AES2651
TPM6-194
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2651
Comment from the depositor
AES2652
TPM6-195
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2652
Comment from the depositor
AES2653
TPM6-196
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2653
Comment from the depositor
AES2654
TPM6-199
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2654
Comment from the depositor
AES2655
TPM6-202
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2655
Comment from the depositor
AES2656
TPM6-204
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2656
Comment from the depositor
AES2657
TPM6-205
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2657
Comment from the depositor
AES2658
TPM6-206
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2658
Comment from the depositor
AES2659
TPM6-207
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2659
Comment from the depositor
AES2660
TPM6-208
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2660
Comment from the depositor
AES2661
TPM6-209
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2661
Comment from the depositor
AES2662
TPM6-210
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2662
Comment from the depositor
AES2663
TPM6-211
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2663
Comment from the depositor
AES2664
TPM6-212
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2664
Comment from the depositor
AES2665
TPM6-215
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2665
Comment from the depositor
AES2666
TPM6-216
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2666
Comment from the depositor
AES2667
TPM6-217
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2667
Comment from the depositor
AES2668
TPM6-218
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2668
Comment from the depositor
AES2669
TPM6-219
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2669
Comment from the depositor
AES2670
TPM6-222
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2670
Comment from the depositor
AES2671
TPM6-223
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2671
Comment from the depositor
AES2672
TPM6-224
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2672
Comment from the depositor
AES2673
TPM6-225
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2673
Comment from the depositor
AES2674
TPM6-226
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2674
Comment from the depositor
AES2675
TPM6-228
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2675
Comment from the depositor
AES2676
TPM6-229
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2676
Comment from the depositor
AES2677
TPM6-232
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2677
Comment from the depositor
AES2678
TPM6-233
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2678
Comment from the depositor
AES2679
TPM6-235
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2679
Comment from the depositor
AES2680
TPM6-236
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2680
Comment from the depositor
AES2681
TPM6-237
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2681
Comment from the depositor
AES2682
TPM6-238
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2682
Comment from the depositor
AES2683
TPM6-240
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2683
Comment from the depositor
AES2684
TPM6-241
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2684
Comment from the depositor
AES2685
TPM6-242
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2685
Comment from the depositor
AES2686
TPM6-243
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2686
Comment from the depositor
AES2687
TPM6-247
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2687
Comment from the depositor
AES2688
TPM6-248
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2688
Comment from the depositor
AES2689
TPM6-249
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2689
Comment from the depositor
AES2690
TPM6-250
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2690
Comment from the depositor
AES2691
TPM6-251
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2691
Comment from the depositor
AES2692
TPM6-253
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2692
Comment from the depositor
AES2693
TPM6-254
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2693
Comment from the depositor
AES2694
TPM6-256
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2694
Comment from the depositor
AES2695
TPM6-257
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2695
Comment from the depositor
AES2696
TPM6-259
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2696
Comment from the depositor
AES2697
TPM6-260
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2697
Comment from the depositor
AES2698
TPM6-261
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2698
Comment from the depositor
AES2699
TPM6-262
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2699
Comment from the depositor
AES2700
TPM6-263
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2700
Comment from the depositor
AES2701
TPM6-264
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2701
Comment from the depositor
AES2702
TPM6-267
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2702
Comment from the depositor
AES2703
TPM6-268
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2703
Comment from the depositor
AES2704
TPM6-269
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2704
Comment from the depositor
AES2705
TPM6-270
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2705
Comment from the depositor
AES2706
TPM6-271
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2706
Comment from the depositor
AES2707
TPM6-272
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2707
Comment from the depositor
AES2708
TPM6-273
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2708
Comment from the depositor
AES2709
TPM6-275
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2709
Comment from the depositor
AES2710
TPM6-278
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2710
Comment from the depositor
AES2711
TPM6-279
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2711
Comment from the depositor
AES2712
TPM6-280
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2712
Comment from the depositor
AES2713
TPM6-281
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2713
Comment from the depositor
AES2714
TPM6-282
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2714
Comment from the depositor
AES2715
TPM6-283
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2715
Comment from the depositor
AES2716
TPM6-284
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2716
Comment from the depositor
AES2717
TPM6-285
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2717
Comment from the depositor
AES2718
TPM6-287
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2718
Comment from the depositor
AES2719
TPM6-288
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2719
Comment from the depositor
AES2720
TPM6-289
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2720
Comment from the depositor
AES2721
TPM6-290
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2721
Comment from the depositor
AES2722
TPM6-292
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2722
Comment from the depositor
AES2723
TPM6-294
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2723
Comment from the depositor
AES2724
TPM6-297
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2724
Comment from the depositor
AES2725
TPM6-301
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2725
Comment from the depositor
AES2726
TPM6-304
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2726
Comment from the depositor
AES2727
TPM6-305
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2727
Comment from the depositor
AES2728
TPM6-306
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2728
Comment from the depositor
AES2729
TPM6-308
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2729
Comment from the depositor
AES2730
TPM6-309
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2730
Comment from the depositor
AES2731
TPM6-310
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2731
Comment from the depositor
AES2732
TPM6-312
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2732
Comment from the depositor
AES2733
TPM6-313
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2733
Comment from the depositor
AES2734
TPM6-314
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2734
Comment from the depositor
AES2735
TPM6-316
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2735
Comment from the depositor
AES2736
TPM6-318
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2736
Comment from the depositor
AES2737
TPM6-321
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2737
Comment from the depositor
AES2738
TPM6-324
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2738
Comment from the depositor
AES2739
TPM6-325
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2739
Comment from the depositor
AES2740
TPM6-326
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2740
Comment from the depositor
AES2741
TPM6-327
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2741
Comment from the depositor
AES2742
TPM6-330
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2742
Comment from the depositor
AES2743
TPM6-332
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2743
Comment from the depositor
AES2744
TPM6-333
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2744
Comment from the depositor
AES2745
TPM6-337
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2745
Comment from the depositor
AES2746
TPM6-338
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2746
Comment from the depositor
AES2747
TPM6-339
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2747
Comment from the depositor
AES2748
TPM6-340
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2748
Comment from the depositor
AES2749
TPM6-341
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2749
Comment from the depositor
AES2750
TPM6-342
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2750
Comment from the depositor
AES2751
TPM6-344
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2751
Comment from the depositor
AES2752
TPM6-345
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2752
Comment from the depositor
AES2753
TPM6-346
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2753
Comment from the depositor
AES2754
TPM6-347
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2754
Comment from the depositor
AES2755
TPM6-349
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2755
Comment from the depositor
AES2756
TPM6-350
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2756
Comment from the depositor
AES2757
TPM6-351
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2757
Comment from the depositor
AES2758
TPM6-352
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2758
Comment from the depositor
AES2759
TPM6-353
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2759
Comment from the depositor
AES2760
TPM6-354
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2760
Comment from the depositor
AES2761
TPM6-355
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2761
Comment from the depositor
AES2762
TPM6-356
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2762
Comment from the depositor
AES2763
TPM6-359
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2763
Comment from the depositor
AES2764
TPM6-360
CommentThe Gene-trap Mouse ES cell (V6.4) clone. Misc_ID: NM_010158 Strain Data Sheet RBRC-AES2764
Comment from the depositor
AES2765
TPM6-366
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2765
Comment from the depositor
AES2766
TPM6-367
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2766
Comment from the depositor
AES2767
TPM6-369
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2767
Comment from the depositor
AES2768
TPM6-370
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2768
Comment from the depositor
AES2769
TPM6-371
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2769
Comment from the depositor
AES2770
TPM6-372
CommentCurrently not ready. The Gene-trap Mouse ES cell (V6.4) clone. Strain Data Sheet RBRC-AES2770
Comment from the depositor
APS0001
iPS-MEF-Ng-20D-17
CommentMouse induced pluripotent stem (iPS) cell line. Expressing GFP by Nanog promoter.Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0002
iPS-MEF-Ng-178B-5
CommentMouse iPS cell line established with three factors, Oct3/4, Sox2 and Klf4, using retrovirus vector. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0003
iPS-MEF-Fb/Ng-440A-3
CommentMouse iPS cell line established without retrovirus vector. It has no integration of exogene. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0004
iPS-MEF-Ng-492B-4
CommentMouse iPS cell line established without retrovirus vector. It has no integration of exogene. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0005
iPS-Stm-FB/gfp-99-1
CommentMouse iPS cell line derived from stomach cells. Expressing GFP by CAG promoter. βgeo is knocked-in at Fbx15 locus.Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0006
iPS-Stm-FB/gfp-99-3
CommentMouse iPS cell line derived from stomach cells. Expressing GFP by CAG promoter. βgeo is knocked-in at Fbx15 locus.Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0007
iPS-Hep-FB/Ng/gfp-103C-1
CommentMouse iPS cell line derived from liver cells. Expressing GFP by CAG promoter. βgeo is knocked-in at Fbx15 locus. GFP and puromycin resistant gene can be expressed by Nanog promoter.Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
APS0008
iPS-L1
CommentRabbit induced pluripotent stem (iPS) cell line. Application consideration.
Comment from the depositor
APS0009
iPS-L2
CommentRabbit induced pluripotent stem (iPS) cell line.
Comment from the depositor
APS0010
iPS-S1
CommentRabbit induced pluripotent stem (iPS) cell line. Application consideration.
Comment from the depositor
APS0011
iPS-S2
CommentRabbit induced pluripotent stem (iPS) cell line.
Comment from the depositor
GMC0001
B0082
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0002.
Comment from the depositor
GMC0002
A0082
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC0001.
Comment from the depositor
GMC0003
B0006
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0004
A0065
CommentHuman primary adherent cells derived from Werner syndrome (questionable) patient's skin.
Comment from the depositor
GMC0005
B0031
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0012.
Comment from the depositor
GMC0006
WS2RGB
CommentAccelerated aging in vitro, Werner's syndrome
Comment from the depositor
GMC0007
WS3RGB
CommentAccelerated aging in vitro, Werner's syndrome.
Comment from the depositor
GMC0009
WS6RGB
CommentWerner's syndrome fibroblast
Comment from the depositor
GMC0010
UN7RGB
CommentQuestionable Werner's syndrome-like. Life span in vitro was over 60 PDL.
Comment from the depositor
GMC0011
UN8RGB
CommentOnce thought Werner's Syndrome, but the life span in vitro was more than 50 PDL.
Comment from the depositor
GMC0012
A0031
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC0005.
Comment from the depositor
GMC0013
B0096
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0014
A0042
CommentHuman primary adherent cells derived from Werner syndrome (questionable) patient's skin. The same patient as GMC0015.
Comment from the depositor
GMC0015
B0042
CommentHuman B cell line derived from Werner syndrome (questionable) patient and transformed by Epstein-Barr Virus. The same patient as GMC0014.
Comment from the depositor
GMC0016
B0022
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0021.
Comment from the depositor
GMC0017
B0055
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.The same patient as GMC0022.
Comment from the depositor
GMC0018
B0015
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0019
B0090
CommentHuman B cell line derived from Werner syndrome (questionable) patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0020
B0072
CommentHuman B cell line derived from Werner syndrome (questionable) patient and transformed by Epstein-Barr Virus. The same patient as GMC0024.
Comment from the depositor
GMC0021
A0022
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC0016.
Comment from the depositor
GMC0022
A0055
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC00017.
Comment from the depositor
GMC0023
B0036
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0024
A0072
CommentHuman primary adherent cells derived from Werner syndrome (questionable) patient's skin. The same patient as GMC0020.
Comment from the depositor
GMC0025
B0010
CommentHuman B cell line derived from Werner syndrome (questionable) patient and transformed by Epstein-Barr Virus. The same patient as GMC0027.
Comment from the depositor
GMC0026
B0076
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0027
A0010
CommentHuman primary adherent cells derived from Werner syndrome (questionable) patient's skin. The same patient as GMC0025.
Comment from the depositor
GMC0028
A0058
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC0029.
Comment from the depositor
GMC0029
B0058
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. he same patient as GMC0028.
Comment from the depositor
GMC0030
B0050
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0031.
Comment from the depositor
GMC0031
A0050
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC0030.
Comment from the depositor
GMC0032
B0078
CommentHuman B cell line derived from Werner syndrome (questionable) patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0033
B0086
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0034
B0045
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus.
Comment from the depositor
GMC0035
B0026
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0036.
Comment from the depositor
GMC0036
A0026
CommentHuman primary adherent cells derived from Werner syndrome patient's skin. The same patient as GMC00035.
Comment from the depositor
GMC0037
A0001
CommentHuman primary adherent cells derived from Werner syndrome (questionable) patient's skin. The same patient as GMC0038.
Comment from the depositor
GMC0038
B0001
CommentHuman B cell line derived from Werner syndrome patient and transformed by Epstein-Barr Virus. The same patient as GMC0037.
Comment from the depositor
HES0001
KhES-1
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0002
KhES-2
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0003
KhES-3
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0004
KhES-4
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0005
KhES-5
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0006
SEES1
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0007
SEES2
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0008
SEES3
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositor
HES0009
1V-90597-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene: CDX2 (ORS02540), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0012
1V-90930-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRB (238550158), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0021
1V-92120-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F1 (ORS06437), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0022
1V-92120-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F1 (ORS06437), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0023
1V-92120-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F1 (ORS06437), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0024
1V-92121-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARA (ORS06442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0025
1V-92121-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARA (ORS06442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0026
1V-92121-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARA (ORS06442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0027
1V-92122-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PREB (ORS06476), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0028
1V-92122-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PREB (ORS06476), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0029
1V-92122-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PREB (ORS06476), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0030
1V-92124-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD2 (ORS07084), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0031
1V-92124-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD2 (ORS07084), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0032
1V-92124-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD2 (ORS07084), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0033
1V-92125-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEF (ORS07087), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0034
1V-92125-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEF (ORS07087), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0035
1V-92125-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEF (ORS07087), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0036
1V-92126-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP7 (ORS07108), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0037
1V-92126-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP7 (ORS07108), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0038
1V-92126-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP7 (ORS07108), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0039
1V-92127-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBED4 (ORS07395), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0040
1V-92127-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBED4 (ORS07395), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0041
1V-92127-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBED4 (ORS07395), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0042
1V-92128-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT5 (ORS07430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0043
1V-92128-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT5 (ORS07430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0044
1V-92128-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT5 (ORS07430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0045
1V-93089-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1l3 (FHC20672), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0046
1V-93089-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1l3 (FHC20672), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0047
1V-93089-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1l3 (FHC20672), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0048
1V-93092-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY (FHC12002), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0049
1V-93092-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY (FHC12002), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0050
1V-93092-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY (FHC12002), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0051
1V-92131-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF70 (ORS07508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0052
1V-92131-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF70 (ORS07508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0053
1V-92131-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF70 (ORS07508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0054
1V-92132-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF74 (ORS07512), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0055
1V-92132-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF74 (ORS07512), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0056
1V-92132-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF74 (ORS07512), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0057
1V-92133-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN5A (ORS07529), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0058
1V-92133-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN5A (ORS07529), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0059
1V-92133-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN5A (ORS07529), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0060
1V-92134-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRA (ORS07745), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0061
1V-92134-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRA (ORS07745), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0062
1V-92134-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRA (ORS07745), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0063
1V-92135-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF6 (ORS07848), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0064
1V-92135-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF6 (ORS07848), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0065
1V-92135-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF6 (ORS07848), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0066
1V-92136-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXD3 (ORS07914), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0067
1V-92136-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXD3 (ORS07914), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0068
1V-92136-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXD3 (ORS07914), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0069
1V-92137-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX1 (ORS07939), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0070
1V-92137-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX1 (ORS07939), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0071
1V-92137-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX1 (ORS07939), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0072
1V-92138-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGF (ORS07993), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0073
1V-92138-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGF (ORS07993), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0074
1V-92138-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGF (ORS07993), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0075
1V-92139-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SATB1 (ORS08025), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0076
1V-92139-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SATB1 (ORS08025), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0077
1V-92139-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SATB1 (ORS08025), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0078
1V-92141-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRAF4 (ORS08028), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0079
1V-92141-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRAF4 (ORS08028), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0080
1V-92141-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRAF4 (ORS08028), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0081
1V-92142-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEB3 (ORS08113), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0082
1V-92142-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEB3 (ORS08113), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0083
1V-92142-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEB3 (ORS08113), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0084
1V-92146-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA1 (ORS08399), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0085
1V-92146-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA1 (ORS08399), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0086
1V-92146-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA1 (ORS08399), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0087
1V-92147-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THOC1 (ORS08493), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0088
1V-92147-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THOC1 (ORS08493), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0089
1V-92147-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THOC1 (ORS08493), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0090
1V-92117-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX9 (ORS06282), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0091
1V-92117-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX9 (ORS06282), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0092
1V-92117-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX9 (ORS06282), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0093
1V-92149-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C5 (ORS08546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0094
1V-92149-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C5 (ORS08546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0095
1V-92149-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C5 (ORS08546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0096
1V-92119-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F4 (ORS06436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0097
1V-92119-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F4 (ORS06436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0098
1V-92119-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F4 (ORS06436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0099
1V-92151-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX4 (ORS08577), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0100
1V-92151-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX4 (ORS08577), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0101
1V-92151-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX4 (ORS08577), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0102
1V-92152-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFX1 (ORS08614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0103
1V-92152-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFX1 (ORS08614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0104
1V-92152-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFX1 (ORS08614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0105
1V-92153-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF1A (ORS08713), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0106
1V-92153-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF1A (ORS08713), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0107
1V-92153-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF1A (ORS08713), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0108
1V-92154-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI4 (ORS08726), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0109
1V-92154-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI4 (ORS08726), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0110
1V-92154-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI4 (ORS08726), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0111
1V-92155-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RYBP (ORS08763), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0112
1V-92155-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RYBP (ORS08763), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0113
1V-92155-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RYBP (ORS08763), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0114
1V-92156-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PIAS2 (ORS08772), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0115
1V-92156-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PIAS2 (ORS08772), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0116
1V-92156-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PIAS2 (ORS08772), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0117
1V-92157-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDF1 (ORS08784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0118
1V-92157-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDF1 (ORS08784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0119
1V-92157-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDF1 (ORS08784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0120
1V-92158-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSX2 (ORS08787), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0121
1V-92158-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSX2 (ORS08787), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0122
1V-92158-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSX2 (ORS08787), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0123
1V-92159-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRX (ORS08851), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0124
1V-92159-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRX (ORS08851), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0125
1V-92159-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRX (ORS08851), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0126
1V-92160-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF4 (ORS08882), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0127
1V-92160-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF4 (ORS08882), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0128
1V-92160-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF4 (ORS08882), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0129
1V-92161-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLX3 (ORS08892), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0130
1V-92161-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLX3 (ORS08892), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0131
1V-92161-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLX3 (ORS08892), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0132
1V-92163-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF6 (ORS08920), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0133
1V-92163-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF6 (ORS08920), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0134
1V-92163-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF6 (ORS08920), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0135
1V-92164-11A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF6 (ORS08940), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0136
1V-92164-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF6 (ORS08940), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0137
1V-92164-10C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF6 (ORS08940), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0138
1V-92165-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF480 (ORS08973), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0139
1V-92165-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF480 (ORS08973), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0140
1V-92165-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF480 (ORS08973), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0141
1V-93051-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYCN (FXC02811), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0142
1V-93051-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYCN (FXC02811), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0143
1V-93051-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYCN (FXC02811), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0144
1V-93065-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX14 (FHC03220), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0145
1V-93065-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX14 (FHC03220), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0146
1V-93065-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX14 (FHC03220), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0147
1V-93378-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX17 (FHC03267), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0148
1V-93378-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX17 (FHC03267), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0149
1V-93378-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX17 (FHC03267), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0150
1V-93081-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human T (XM_009452368.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0151
1V-93081-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human T (XM_009452368.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0152
1V-93081-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human T (XM_009452368.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0153
1V-93085-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF2 (FHC11769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0154
1V-93085-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF2 (FHC11769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0155
1V-93085-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF2 (FHC11769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0156
1V-91778-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX10 (NM_006941.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0157
1V-91778-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX10 (NM_006941.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0158
1V-91778-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX10 (NM_006941.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0159
1V-93088-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-2 (FHC24074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0160
1V-93088-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-2 (FHC24074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0161
1V-93088-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-2 (FHC24074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0162
1V-93093-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD6 (FHC03207), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0163
1V-93093-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD6 (FHC03207), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0164
1V-93093-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD6 (FHC03207), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0165
1V-93100-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIB (FHC28657), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0166
1V-93100-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIB (FHC28657), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0167
1V-93100-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIB (FHC28657), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0168
1V-90734-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDK9 (ORS08042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0169
1V-90734-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDK9 (ORS08042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0170
1V-90734-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDK9 (ORS08042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0171
1V-90738-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP1 (ORS08566), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0172
1V-90738-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP1 (ORS08566), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0173
1V-90738-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP1 (ORS08566), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0174
1V-90742-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ILF2 (ORS07861), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0175
1V-90742-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ILF2 (ORS07861), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0176
1V-90742-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ILF2 (ORS07861), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0177
1V-90748-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CCNE1 (ORS09571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0178
1V-90748-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CCNE1 (ORS09571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0179
1V-90748-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CCNE1 (ORS09571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0180
1V-90757-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNRNPD (ORS09789), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0181
1V-90757-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNRNPD (ORS09789), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0182
1V-90757-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNRNPD (ORS09789), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0183
1V-90762-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC2 (ORS10204), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0184
1V-90762-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC2 (ORS10204), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0185
1V-90762-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC2 (ORS10204), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0186
1V-90853-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX7 (W01A065L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0187
1V-90853-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX7 (W01A065L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0188
1V-90853-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX7 (W01A065L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0189
1V-91824-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT3A (W01A116D10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0190
1V-91824-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT3A (W01A116D10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0191
1V-91824-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT3A (W01A116D10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0192
1V-92166-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDGF (ORS08981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0193
1V-92166-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDGF (ORS08981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0194
1V-92166-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDGF (ORS08981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0195
1V-92167-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIA (ORS09085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0196
1V-92167-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIA (ORS09085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0197
1V-92167-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIA (ORS09085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0198
1V-92168-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEV (ORS09121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0199
1V-92168-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEV (ORS09121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0200
1V-92168-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEV (ORS09121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0201
1V-92170-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB3 (ORS09145), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0202
1V-92170-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB3 (ORS09145), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0203
1V-92170-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB3 (ORS09145), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0204
1V-92171-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFXAP (ORS09185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0205
1V-92171-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFXAP (ORS09185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0206
1V-92171-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFXAP (ORS09185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0207
1V-92175-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB44 (ORS09330), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0208
1V-92175-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB44 (ORS09330), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0209
1V-92175-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB44 (ORS09330), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0210
1V-92176-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORC (ORS09376), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0211
1V-92176-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORC (ORS09376), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0212
1V-92176-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORC (ORS09376), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0213
1V-92177-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH7 (ORS09434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0214
1V-92177-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH7 (ORS09434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0215
1V-92177-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH7 (ORS09434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0216
1V-92178-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TWIST2 (ORS09473), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0217
1V-92178-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TWIST2 (ORS09473), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0218
1V-92178-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TWIST2 (ORS09473), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0219
1V-92180-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND11 (ORS09539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0220
1V-92180-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND11 (ORS09539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0221
1V-92180-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND11 (ORS09539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0222
1V-92181-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF2 (ORS09540), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0223
1V-92181-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF2 (ORS09540), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0224
1V-92181-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF2 (ORS09540), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0225
1V-92183-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2B (ORS09636), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0226
1V-92183-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2B (ORS09636), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0227
1V-92183-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2B (ORS09636), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0228
1V-92185-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF426 (ORS09781), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0229
1V-92185-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF426 (ORS09781), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0230
1V-92185-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF426 (ORS09781), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0231
1V-92186-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF19 (ORS09796), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0232
1V-92186-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF19 (ORS09796), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0233
1V-92186-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF19 (ORS09796), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0234
1V-92187-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF3 (ORS09837), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0235
1V-92187-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF3 (ORS09837), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0236
1V-92187-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF3 (ORS09837), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0237
1V-92189-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF496 (ORS09908), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0238
1V-92189-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF496 (ORS09908), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0239
1V-92189-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF496 (ORS09908), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0240
1V-92190-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF5 (ORS09924), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0241
1V-92190-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF5 (ORS09924), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0242
1V-92190-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF5 (ORS09924), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0243
1V-92192-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BANP (ORS09951), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0244
1V-92192-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BANP (ORS09951), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0245
1V-92192-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BANP (ORS09951), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0246
1V-92193-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF12 (ORS09981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0247
1V-92193-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF12 (ORS09981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0248
1V-92193-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF12 (ORS09981), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0249
1V-92195-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA5 (ORS10008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0250
1V-92195-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA5 (ORS10008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0251
1V-92195-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA5 (ORS10008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0252
1V-92196-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZKSCAN4 (ORS10011), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0253
1V-92196-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZKSCAN4 (ORS10011), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0254
1V-92196-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZKSCAN4 (ORS10011), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0255
1V-92198-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FUBP1 (ORS10077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0256
1V-92198-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FUBP1 (ORS10077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0257
1V-92198-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FUBP1 (ORS10077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0258
1V-92200-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF5 (ORS10164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0259
1V-92200-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF5 (ORS10164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0260
1V-92200-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF5 (ORS10164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0261
1V-92201-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP10 (ORS10212), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0262
1V-92201-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP10 (ORS10212), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0263
1V-92201-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP10 (ORS10212), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0264
1V-91766-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (NM_014564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0265
1V-91766-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (NM_014564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0266
1V-91766-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (FXC02613), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0267
1V-92205-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F5 (ORS10985P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0268
1V-92205-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F5 (ORS10985P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0269
1V-92205-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F5 (ORS10985P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0270
1V-92206-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H2 (ORS11872), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0271
1V-92206-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H2 (ORS11872), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0272
1V-92206-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H2 (ORS11872), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0273
1V-92207-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP3 (ORS12024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0274
1V-92207-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP3 (ORS12024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0275
1V-92207-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP3 (ORS12024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0276
1V-92208-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD13 (ORS12037), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0277
1V-92208-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD13 (ORS12037), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0278
1V-92208-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD13 (ORS12037), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0279
1V-92209-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX1 (ORS12462P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0280
1V-92209-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX1 (ORS12462P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0281
1V-92209-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX1 (ORS12462P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0282
1V-92210-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F3 (ORS12471), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0283
1V-92210-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F3 (ORS12471), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0284
1V-92210-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F3 (ORS12471), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0285
1V-91777-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F2 (NM_005604 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0286
1V-91777-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F2 (NM_005604 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0287
1V-91777-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU3F2 (NM_005604 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0288
1V-92213-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF20 (ORS12520P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0289
1V-92213-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF20 (ORS12520P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0290
1V-92213-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF20 (ORS12520P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0291
1V-92214-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM2 (ORS20093P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0292
1V-92214-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM2 (ORS20093P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0293
1V-92214-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM2 (ORS20093P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0294
1V-93057-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H2AC (FHC20524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0295
1V-93057-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H2AC (FHC20524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0296
1V-93057-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H2AC (FHC20524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0297
1V-92232-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF3 (ORS29593P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0298
1V-92232-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF3 (ORS29593P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0299
1V-92232-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF3 (ORS29593P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0300
1V-92218-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC4 (ORS23712P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0301
1V-92218-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC4 (ORS23712P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0302
1V-92218-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC4 (ORS23712P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0303
1V-93101-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF8 (FHC30170), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0304
1V-93101-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF8 (FHC30170), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0305
1V-93101-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF8 (FHC30170), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0306
1V-92223-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF16 (ORS26377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0307
1V-92223-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF16 (ORS26377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0308
1V-92223-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF16 (ORS26377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0309
1V-92224-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CARM1 (ORS26467P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0310
1V-92224-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CARM1 (ORS26467P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0311
1V-92224-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CARM1 (ORS26467P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0312
1V-92225-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHOX (ORS27276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0313
1V-92225-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHOX (ORS27276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0314
1V-92225-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHOX (ORS27276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0315
1V-92226-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF121 (ORS28571P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0316
1V-92226-10B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF121 (ORS28571P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0317
1V-92226-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF121 (ORS28571P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0318
1V-93063-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF13 (FHC05999), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0319
1V-93063-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF13 (FHC05999), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0320
1V-93063-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF13 (FHC05999), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0321
1V-93082-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY2 (FHC11788), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0322
1V-93082-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY2 (FHC11788), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0323
1V-93082-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFY2 (FHC11788), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0324
1V-92229-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF382 (ORS28615P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0325
1V-92229-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF382 (ORS28615P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0326
1V-92229-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF382 (ORS28615P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0327
1V-92230-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF780A (ORS28623P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0328
1V-92230-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF780A (ORS28623P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0329
1V-92230-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF780A (ORS28623P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0330
1V-92231-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RREB1 (ORS29121P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0331
1V-92231-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RREB1 (ORS29121P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0332
1V-92231-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RREB1 (ORS29121P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0333
1V-92233-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSGN1 (ORS29953P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0334
1V-92233-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSGN1 (ORS29953P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0335
1V-92233-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSGN1 (ORS29953P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0336
1V-92234-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM13 (ORS30180P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0337
1V-92234-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM13 (ORS30180P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0338
1V-92234-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM13 (ORS30180P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0339
1V-93084-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KITLG (FHC02130), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0340
1V-93084-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KITLG (FHC02130), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0341
1V-93084-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KITLG (FHC02130), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0342
1V-92236-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L4 (ORS30306P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0343
1V-92236-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L4 (ORS30306P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0344
1V-92236-3D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L4 (ORS30306P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0345
1V-93105-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIB2 (FHC11413), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0346
1V-93105-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIB2 (FHC11413), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0347
1V-93105-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIB2 (FHC11413), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0348
1V-92238-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFX1 (ORS31318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0349
1V-92238-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFX1 (ORS31318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0350
1V-92238-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFX1 (ORS31318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0351
1V-92312-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ2 (FXC01769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0352
1V-92312-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ2 (FXC01769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0353
1V-92312-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ2 (FXC01769), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0354
1V-92313-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF384 (W01 A063F13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0355
1V-92313-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF384 (W01 A063F13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0356
1V-92313-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF384 (W01 A063F13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0357
1V-92962-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC1 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0358
1V-92962-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC1 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0359
1V-92962-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC1 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0360
1V-93048-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB1 (FHC03405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0361
1V-93048-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB1 (FHC03405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0362
1V-93048-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB1 (FHC03405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0363
1V-93049-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC8 (FHC03093), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0364
1V-93049-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC8 (FHC03093), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0365
1V-93049-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC8 (FHC03093), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0366
1V-91920-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XBP1 (ORS03159), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0367
1V-91920-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XBP1 (ORS03159), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0368
1V-91920-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XBP1 (ORS03159), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0369
1V-91921-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT6A (ORS03163P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0370
1V-91921-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT6A (ORS03163P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0371
1V-91921-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT6A (ORS03163P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0372
1V-93052-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRF (FHC06986), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0373
1V-93052-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRF (FHC06986), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0374
1V-93052-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRF (FHC06986), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0375
1V-93054-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GSC (FHC02501), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0376
1V-93054-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GSC (FHC02501), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0377
1V-93054-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GSC (FHC02501), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0378
1V-93059-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LBX2 (FHC03085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0379
1V-93059-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LBX2 (FHC03085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0380
1V-93059-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LBX2 (FHC03085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0381
1V-93061-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX6 (FHC25193), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0382
1V-93061-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX6 (FHC25193), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0383
1V-93061-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX6 (FHC25193), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0384
1V-93062-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF11 (FHC02524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0385
1V-93062-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF11 (FHC02524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0386
1V-93062-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF11 (FHC02524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0387
1V-93066-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF10 (FHC24133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0388
1V-93066-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF10 (FHC24133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0389
1V-93066-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF10 (FHC24133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0390
1V-93067-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF21 (FHC03082), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0391
1V-93067-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF21 (FHC03082), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0392
1V-93067-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF21 (FHC03082), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0393
1V-93068-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX1 (FHC24829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0394
1V-93068-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX1 (FHC24829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0395
1V-93068-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX1 (FHC24829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0396
1V-93069-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARX2 (FHC03756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0397
1V-93069-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARX2 (FHC03756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0398
1V-93069-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARX2 (FHC03756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0399
1V-93071-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX2 (FHC02439), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0400
1V-93071-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX2 (FHC02439), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0401
1V-93071-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DBX2 (FHC02439), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0402
1V-93073-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX5 (FHC02532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0403
1V-93073-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX5 (FHC02532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0404
1V-93073-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX5 (FHC02532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0405
1V-93074-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DUX4 (HM190188.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0406
1V-93074-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DUX4 (HM190188.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0407
1V-93074-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DUX4 (HM190188.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0408
1V-93075-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV2 (FHC03261), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0409
1V-93075-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV2 (FHC03261), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0410
1V-93075-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV2 (FHC03261), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0411
1V-93076-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSB (FHC05218), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0412
1V-93076-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSB (FHC05218), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0413
1V-93076-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSB (FHC05218), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0414
1V-93077-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXB1 (FHC11731), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0415
1V-93077-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXB1 (FHC11731), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0416
1V-93077-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXB1 (FHC11731), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0417
1V-93078-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE1 (FHC03189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0418
1V-93078-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE1 (FHC03189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0419
1V-93078-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE1 (FHC03189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0420
1V-93079-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL1 (FHC03190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0421
1V-93079-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL1 (FHC03190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0422
1V-93079-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL1 (FHC03190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0423
1V-93080-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FERD3L (FHC11360), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0424
1V-93080-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FERD3L (FHC11360), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0425
1V-93080-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FERD3L (FHC11360), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0426
1V-91491-12D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB4 (FHC26089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0427
1V-91491-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB4 (FHC26089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0428
1V-91491-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB4 (FHC26089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0429
1V-93086-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX8 (FHC27665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0430
1V-93086-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX8 (FHC27665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0431
1V-93086-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX8 (FHC27665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0432
1V-93090-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG3 (FHC03213), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0433
1V-93090-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG3 (FHC03213), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0434
1V-93090-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG3 (FHC03213), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0435
1V-91775-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG1 (NM_138983.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0436
1V-91775-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG1 (NM_138983.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0437
1V-91775-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG1 (NM_138983.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0438
1V-93094-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSR1 (FHC10938), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0439
1V-93094-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSR1 (FHC10938), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0440
1V-93094-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSR1 (FHC10938), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0441
1V-93095-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTP (FHC03768), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0442
1V-93095-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTP (FHC03768), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0443
1V-93095-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTP (FHC03768), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0444
1V-93096-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX4 (FHC11401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0445
1V-93096-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX4 (FHC11401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0446
1V-93096-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX4 (FHC11401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0447
1V-93097-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F3 (FHC03116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0448
1V-93097-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F3 (FHC03116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0449
1V-93097-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU4F3 (FHC03116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0450
1V-93098-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX2 (FHC06833), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0451
1V-93098-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX2 (FHC06833), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0452
1V-93098-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX2 (FHC06833), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0453
1V-93099-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI2 (FHC02514), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0454
1V-93099-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI2 (FHC02514), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0455
1V-93099-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI2 (FHC02514), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0456
1V-93103-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EHF (FHC24200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0457
1V-93103-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EHF (FHC24200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0458
1V-93103-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EHF (FHC24200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0459
1V-93104-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX2 (FHC03879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0460
1V-93104-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX2 (FHC03879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0461
1V-93104-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX2 (FHC03879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0462
1V-93111-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT2 (FHC03250), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0463
1V-93111-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT2 (FHC03250), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0464
1V-93111-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT2 (FHC03250), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0465
1V-93112-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF7 (FHC05756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0466
1V-93112-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF7 (FHC05756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0467
1V-93112-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF7 (FHC05756), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0468
1V-93116-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF2 (HsCD00353988), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0469
1V-93116-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF2 (HsCD00353988), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0470
1V-93116-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF2 (HsCD00353988), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0471
1V-93374-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARB (FHC21460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0472
1V-93374-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARB (FHC21460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0473
1V-93374-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARB (FHC21460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0474
1V-93159-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX3 (FHC12614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0475
1V-93159-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX3 (FHC12614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0476
1V-93159-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX3 (FHC12614), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0477
1V-91706-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM1 (FHC03624), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0478
1V-91706-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM1 (FHC03624), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0479
1V-91706-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM1 (FHC03624), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0480
1V-93163-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV1 (FXC02117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0481
1V-93163-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV1 (FXC02117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0482
1V-93163-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV1 (FXC02117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0483
1V-93165-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD10 (FHC03117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0484
1V-93165-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD10 (FHC03117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0485
1V-93165-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD10 (FHC03117), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0486
1V-93166-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF9 (FHC25116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0487
1V-93166-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF9 (FHC25116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0488
1V-93166-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF9 (FHC25116), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0489
1V-93167-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT2A (FXC03762), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0490
1V-93167-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT2A (FXC03762), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0491
1V-93167-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT2A (FXC03762), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0492
1V-93168-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF1 (FHC05755), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0493
1V-93168-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF1 (FHC05755), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0494
1V-93168-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF1 (FHC05755), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0495
1V-93169-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF8 (FHC11403), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0496
1V-93169-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF8 (FHC11403), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0497
1V-93169-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF8 (FHC11403), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0498
1V-93170-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX6 (FHC05826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0499
1V-93170-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX6 (FHC05826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0500
1V-93170-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX6 (FHC05826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0501
1V-93171-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX9 (FHC20752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0502
1V-93171-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX9 (FHC20752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0503
1V-93171-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX9 (FHC20752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0504
1V-93172-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1B (FHC10792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0505
1V-93172-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1B (FHC10792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0506
1V-93172-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1B (FHC10792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0507
1V-93173-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFATC1 (ORH12349P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0508
1V-93173-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFATC1 (ORH12349P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0509
1V-93173-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFATC1 (ORH12349P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0510
1V-91711-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SFRS6 (ORH27015P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0511
1V-91711-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SFRS6 (ORH27015P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0512
1V-91711-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SFRS6 (ORH27015P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0513
1V-91712-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIN3A (FHC11647), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0514
1V-91712-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIN3A (FHC11647), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0515
1V-91712-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIN3A (FHC11647), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0516
1V-93178-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7 (FHC22279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0517
1V-93178-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7 (FHC22279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0518
1V-93178-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7 (FHC22279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0519
1V-93179-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFB1 (FHC28628), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0520
1V-93179-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFB1 (FHC28628), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0521
1V-93179-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFB1 (FHC28628), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0522
1V-93180-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UBTF (FHC12560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0523
1V-93180-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UBTF (FHC12560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0524
1V-93180-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UBTF (FHC12560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0525
1V-93181-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF217 (ORH27069P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0526
1V-93181-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF217 (ORH27069P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0527
1V-93181-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF217 (ORH27069P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0528
1V-93350-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM1A (ORK00571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0529
1V-93350-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM1A (ORK00571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0530
1V-93350-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM1A (ORK00571), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0531
1V-93351-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX5 (FHC11357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0532
1V-93351-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX5 (FHC11357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0533
1V-93351-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX5 (FHC11357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0534
1V-93352-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HCFC1 (FHC30375), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0535
1V-93352-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HCFC1 (FHC30375), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0536
1V-93352-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HCFC1 (FHC30375), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0537
1V-93353-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5B (FXC27753), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0538
1V-93353-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5B (FXC27753), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0539
1V-93353-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5B (FXC27753), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0540
1V-93354-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX4 (FHC01180), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0541
1V-93354-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX4 (FHC01180), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0542
1V-93354-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ALX4 (FHC01180), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0543
1V-93355-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EVX1 (FHC22886), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0544
1V-93355-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EVX1 (FHC22886), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0545
1V-93355-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EVX1 (FHC22886), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0546
1V-93356-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF8 (FHC02557), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0547
1V-93356-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF8 (FHC02557), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0548
1V-93356-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF8 (FHC02557), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0549
1V-93358-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLAGL1 (FHC03214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0550
1V-93358-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLAGL1 (FHC03214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0551
1V-93358-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLAGL1 (FHC03214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0552
1V-91713-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX5 (FHC06834), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0553
1V-91713-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX5 (FHC06834), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0554
1V-91713-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX5 (FHC06834), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0555
1V-93361-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV6 (FHC01505), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0556
1V-93361-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV6 (FHC01505), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0557
1V-93361-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV6 (FHC01505), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0558
1V-93363-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD3 (FHC03187), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0559
1V-93363-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD3 (FHC03187), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0560
1V-93363-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD3 (FHC03187), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0561
1V-93364-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ1 (FHC02556), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0562
1V-93364-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ1 (FHC02556), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0563
1V-93364-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXJ1 (FHC02556), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0564
1V-93365-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4G (FHC23316), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0565
1V-93365-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4G (FHC23316), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0566
1V-93365-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4G (FHC23316), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0567
1V-93366-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF10 (FHC01351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0568
1V-93366-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF10 (FHC01351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0569
1V-93366-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF10 (FHC01351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0570
1V-93367-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF11 (FHC02371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0571
1V-93367-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF11 (FHC02371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0572
1V-93367-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF11 (FHC02371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0573
1V-93368-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LEF1 (FHC05817), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0574
1V-93368-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LEF1 (FHC05817), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0575
1V-93368-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LEF1 (FHC05817), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0576
1V-93369-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MED12 (FHC12080), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0577
1V-93369-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MED12 (FHC12080), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0578
1V-93369-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MED12 (FHC12080), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0579
1V-93370-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H3 (FHC06191), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0580
1V-93370-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H3 (FHC06191), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0581
1V-93370-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H3 (FHC06191), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0582
1V-93371-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H4 (FHC02564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0583
1V-93371-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H4 (FHC02564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0584
1V-93371-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1H4 (FHC02564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0585
1V-93372-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F6 (FHC03266), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0586
1V-93372-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F6 (FHC03266), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0587
1V-93372-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F6 (FHC03266), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0588
1V-93373-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARD (FHC02144), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0589
1V-93373-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARD (FHC02144), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0590
1V-93373-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARD (FHC02144), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0591
1V-91751-8A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP4 (FHC31424), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0592
1V-91751-7B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP4 (FHC31424), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0593
1V-91751-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP4 (FHC31424), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0594
1V-93375-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORB (FHC23532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0595
1V-93375-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORB (FHC23532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0596
1V-93375-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RORB (FHC23532), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0597
1V-93376-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRB (FHC01357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0598
1V-93376-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRB (FHC01357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0599
1V-93376-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRB (FHC01357), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0600
1V-93377-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRG (FHC03714), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0601
1V-93377-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRG (FHC03714), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0602
1V-93377-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRG (FHC03714), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0603
1V-93379-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRB (FHC01325), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0604
1V-93379-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRB (FHC01325), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0605
1V-93379-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THRB (FHC01325), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0606
1V-93107-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EMX2 (FHC03253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0607
1V-93107-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EMX2 (FHC03253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0608
1V-93107-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EMX2 (FHC03253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0609
1V-93108-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES6 (FHC02533), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0610
1V-93108-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES6 (FHC02533), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0611
1V-93108-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES6 (FHC02533), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0612
1V-91821-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYR (W01A102L24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0613
1V-91821-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYR (W01A102L24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0614
1V-91821-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYR (W01A102L24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0615
1V-91822-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYRP1 (W01A039E10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0616
1V-91822-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYRP1 (W01A039E10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0617
1V-91822-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TYRP1 (W01A039E10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0618
1V-92169-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND12 (ORS09133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0619
1V-92169-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND12 (ORS09133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0620
1V-92169-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMYND12 (ORS09133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0621
1V-92172-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L1 (ORS09251), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0622
1V-92172-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L1 (ORS09251), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0623
1V-92172-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L1 (ORS09251), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0624
1V-92173-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCT (ORS09253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0625
1V-92173-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCT (ORS09253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0626
1V-92173-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCT (ORS09253), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0627
1V-92174-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H3F3A (ORS09287), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0628
1V-92174-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H3F3A (ORS09287), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0629
1V-92174-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H3F3A (ORS09287), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0630
1V-92113-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSI1 (ORS06042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0631
1V-92113-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSI1 (ORS06042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0632
1V-92113-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSI1 (ORS06042), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0633
1V-92188-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2H4 (ORS09855), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0634
1V-92188-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2H4 (ORS09855), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0635
1V-92188-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2H4 (ORS09855), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0636
1V-92194-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLRG1 (ORS09998), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0637
1V-92194-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLRG1 (ORS09998), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0638
1V-92194-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLRG1 (ORS09998), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0639
1V-92197-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GPBP1L1 (ORS10050), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0640
1V-92197-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GPBP1L1 (ORS10050), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0641
1V-92197-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GPBP1L1 (ORS10050), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0642
1V-92203-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDE4A (ORS10351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0643
1V-92203-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDE4A (ORS10351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0644
1V-92203-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDE4A (ORS10351), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0645
1V-92114-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSL3L1 (ORS06043), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0646
1V-92114-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSL3L1 (ORS06043), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0647
1V-92114-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSL3L1 (ORS06043), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0648
1V-92115-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PATZ1 (ORS06278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0649
1V-92115-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PATZ1 (ORS06278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0650
1V-92115-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PATZ1 (ORS06278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0651
KhES-1_Bf1::Venus
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositorKhES-1 cell line, carrying Venus knocked in the Bf1 locus. Bf1^(wt/Venus).
HES0652
KhES-1_Rx::Venus(VA22-N37)
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositorKhES-1 cell line, carrying Venus knocked in the Rx locus. Rx^(wt/Venus).
HES0653
KhES-1_Crx::Venus(m1-F11)
CommentHuman embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositorKhES-1 cell line, carrying Venus knocked in the Crx locus. Crx^(wt/Venus).
HES0654
1V-90995-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA3 (FLJ83421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0655
1V-90995-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA3 (FLJ83421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0656
1V-90995-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA3 (FLJ83421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0657
1V-90597-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDX2 (ORS02540), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0658
1V-91017-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL1 (NM_004316.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0659
1V-91017-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL1 (NM_004316.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0660
1V-91017-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL1 (NM_004316.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0661
1V-90515-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Emerald, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0662
1V-90515-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Emerald, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0663
1V-90515-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Emerald, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0664
1V-91000-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NANOG (W01A003C19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0665
1V-91000-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NANOG (W01A003C19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0666
1V-91000-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NANOG (W01A003C19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0667
1V-90598-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL2 (ORS09112), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0668
1V-90598-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL2 (ORS09112), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0669
1V-90598-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL2 (ORS09112), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0670
1V-90599-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA1 (ORS05221), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0671
1V-90599-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA1 (ORS05221), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0672
1V-90599-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA1 (ORS05221), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0673
1V-90600-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF4 (ORS01442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0674
1V-90600-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF4 (ORS01442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0675
1V-90600-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF4 (ORS01442), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0676
1V-90726-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF1 (ORS01862), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0677
1V-90726-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF1 (ORS01862), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0678
1V-90726-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF1 (ORS01862), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0679
1V-90847-19A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GADD45A (ORS02792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0680
1V-90847-22B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GADD45A (ORS02792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0681
1V-90847-21C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GADD45A (ORS02792), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0682
1V-90854-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX2 (W01A059D01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0683
1V-90854-4E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX2 (W01A059D01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0684
1V-90854-6F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX2 (W01A059D01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0685
1V-90855-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA2 (W01A005O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0686
1V-90855-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA2 (W01A005O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0687
1V-90855-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA2 (W01A005O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0688
1V-90929-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN4, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0689
1V-90929-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN4, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0690
1V-90929-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZSCAN4, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0691
1V-92222-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRCAP (ORS25677P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0692
1V-92222-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRCAP (ORS25677P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0693
1V-92222-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SRCAP (ORS25677P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0694
1V-90932-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX6 (ORS08594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0695
1V-90932-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX6 (ORS08594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0696
1V-90932-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX6 (ORS08594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0697
1V-90990-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (W01A119L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0698
1V-90990-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (W01A119L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0699
1V-90990-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (NM_002701), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0700
1V-92216-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L1 (ORS21152), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0701
1V-92216-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L1 (ORS21152), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0702
1V-90982-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYOD1 (W01A062C17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0703
1V-90982-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYOD1 (W01A062C17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0704
1V-90982-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYOD1 (W01A062C17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0705
1V-90848-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-5 (ORS06155), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0706
1V-90848-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-5 (ORS06155), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0707
1V-90848-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-5 (ORS06155), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0708
1V-90930-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRB (238550158), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0709
1V-90596-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF3 (ORS08278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0710
1V-90596-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF3 (ORS08278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0711
1V-90596-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF3 (ORS08278), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0712
1V-90849-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID1 (ORS08630), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0713
1V-90849-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID1 (ORS08630), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0714
1V-90849-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID1 (ORS08630), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0715
1V-90850-8A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX2 (ORS09429), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0716
1V-90850-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX2 (ORS09429), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0717
1V-90850-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX2 (ORS09429), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0718
1V-91490-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBP (FHC11099), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0719
1V-91490-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBP (FHC11099), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0720
1V-91490-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBP (FHC11099), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0721
1V-90852-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF4 (W01A062N17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0722
1V-90852-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF4 (W01A062N17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0723
1V-90852-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF4 (W01A062N17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0724
1V-90933-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDX1 (ORS06320), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0725
1V-90933-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDX1 (ORS06320), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0726
1V-90933-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDX1 (ORS06320), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0727
1V-90934-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX2 (ORS08718), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0728
1V-90934-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX2 (ORS08718), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0729
1V-90934-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX2 (ORS08718), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0730
1V-90935-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARG (ORS08305), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0731
1V-90935-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARG (ORS08305), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0732
1V-90935-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARG (ORS08305), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0733
1V-90936-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX3 (ORS10185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0734
1V-90936-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX3 (ORS10185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0735
1V-90936-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX3 (ORS10185), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0736
1V-93106-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM3A (ORS01605P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0737
1V-93106-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM3A (ORS01605P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0738
1V-93106-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM3A (ORS01605P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0739
1V-90981-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESX1 (W01A097D18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0740
1V-90981-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESX1 (W01A097D18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0741
1V-90981-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESX1 (W01A097D18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0742
1V-90983-5D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2C (W01A005C07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0743
1V-90983-6E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2C (W01A005C07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0744
1V-90983-2F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2C (W01A005C07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0745
1V-90985-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT1 (W01A111K13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0746
1V-90985-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT1 (W01A111K13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0747
1V-90985-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRT1 (W01A111K13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0748
1V-90986-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F2 (W01A045K06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0749
1V-90986-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F2 (W01A045K06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0750
1V-90986-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F2 (W01A045K06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0751
1V-90987-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX3 (W01A072O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0752
1V-90987-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX3 (W01A072O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0753
1V-90987-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX3 (W01A072O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0754
1V-90988-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL2 (W01A071O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0755
1V-90988-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL2 (W01A071O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0756
1V-90988-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASCL2 (W01A071O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0757
1V-90989-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL2 (W01A111M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0758
1V-90989-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL2 (W01A111M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0759
1V-90989-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXL2 (W01A111M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0760
1V-90991-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4 (FLJ10804SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0761
1V-90991-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4 (FLJ10804SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0762
1V-90991-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4 (FLJ10804SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0763
1V-90992-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF3 (W01A049B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0764
1V-90992-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF3 (W01A049B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0765
1V-90992-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF3 (W01A049B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0766
1V-90993-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC1 (NM_003412), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0767
1V-90993-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC1 (NM_003412), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0768
1V-90993-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC1 (NM_003412), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0769
1V-93162-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DPF1 (FHC04827), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0770
1V-93162-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DPF1 (FHC04827), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0771
1V-93162-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DPF1 (FHC04827), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0772
1V-90996-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL2 (FLJ38866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0773
1V-90996-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL2 (FLJ38866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0774
1V-90996-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL2 (FLJ38866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0775
1V-93164-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEM1B (FXC01595), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0776
1V-93164-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEM1B (FXC01595), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0777
1V-93164-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FEM1B (FXC01595), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0778
1V-90998-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUN (FLJ82448), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0779
1V-90998-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUN (FLJ82448), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0780
1V-90998-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUN (FLJ82448), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0781
1V-90999-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXG1 (FLJ82456), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0782
1V-90999-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXG1 (FLJ82456), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0783
1V-90999-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXG1 (FLJ82456), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0784
1V-93470-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF6 (FHC02101), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0785
1V-93470-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF6 (FHC02101), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0786
1V-93470-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF6 (FHC02101), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0787
1V-91002-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4B (FLJ10804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0788
1V-91002-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4B (FLJ10804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0789
1V-91002-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL4B (FLJ10804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0790
1V-93471-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF7 (FHC07725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0791
1V-93471-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF7 (FHC07725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0792
1V-93471-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF7 (FHC07725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0793
1V-91006-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2 (W01A062C20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0794
1V-91006-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2 (W01A062C20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0795
1V-91006-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2 (W01A062C20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0796
1V-93472-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MITF (FHC03436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0797
1V-93472-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MITF (FHC03436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0798
1V-93472-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MITF (FHC03436), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0799
1V-91161-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFCP2L1 (W01A005M10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0801
1V-91161-9F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFCP2L1 (W01A005M10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0802
1V-91181-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4A (FLJ09096AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0803
1V-91181-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4A (FLJ09096AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0804
1V-91181-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF4A (FLJ09096AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0805
1V-91016-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX9 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0806
1V-91016-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX9 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0807
1V-91016-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX9 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0808
1V-91192-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RHOXF2 (ORS02539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0809
1V-91192-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RHOXF2 (ORS02539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0810
1V-91192-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RHOXF2 (ORS02539), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0811
1V-91191-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF646 (W01A044B19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0812
1V-91191-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF646 (W01A044B19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0813
1V-91191-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF646 (W01A044B19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0814
1V-93473-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1I2 (FHC03937), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0815
1V-93473-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1I2 (FHC03937), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0816
1V-93473-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1I2 (FHC03937), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0817
1V-90550-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF1 (ORS09308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0818
1V-90550-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF1 (ORS09308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0819
1V-90550-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF1 (ORS09308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0820
1V-90551-1F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF5 (ORS09371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0821
1V-90551-18G
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF5 (ORS09371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0822
1V-90551-17H
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELF5 (ORS09371), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0823
1V-90725-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUNB (ORS03200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0824
1V-90725-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUNB (ORS03200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0825
1V-90725-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUNB (ORS03200), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0826
1V-93484-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC3 (FHC02318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0827
1V-93484-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC3 (FHC02318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0828
1V-93484-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZIC3 (FHC02318), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0829
1V-90729-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL1 (ORS02515), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0830
1V-90729-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL1 (ORS02515), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0831
1V-90729-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOSL1 (ORS02515), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0832
1V-90730-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT5A (ORS09208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0833
1V-90730-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT5A (ORS09208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0834
1V-90730-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT5A (ORS09208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0835
1V-90731-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXI1 (ORS09558), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0836
1V-90731-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXI1 (ORS09558), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0837
1V-90731-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MXI1 (ORS09558), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0838
1V-90732-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F4 (ORS09474), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0839
1V-90732-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F4 (ORS09474), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0840
1V-90732-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F4 (ORS09474), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0841
1V-93478-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHH (FHC02308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0842
1V-93478-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHH (FHC02308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0843
1V-93478-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SHH (FHC02308), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0844
1V-93479-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP8 (FHC03373), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0845
1V-93479-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP8 (FHC03373), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0846
1V-93479-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SP8 (FHC03373), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0847
1V-91190-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2C (FXC01355 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0848
1V-91190-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2C (FXC01355 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0849
1V-91190-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2C (FXC01355 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0850
1V-90718-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCB1 (ORS06901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0851
1V-90718-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCB1 (ORS06901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0852
1V-90718-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCB1 (ORS06901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0853
1V-90719-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF2 (ORS06984), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0854
1V-90719-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF2 (ORS06984), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0855
1V-90719-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF2 (ORS06984), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0856
1V-90733-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB1 (ORS00339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0857
1V-90733-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB1 (ORS00339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0858
1V-90733-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB1 (ORS00339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0859
1V-90735-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A1 (ORS08830), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0860
1V-90735-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A1 (ORS08830), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0861
1V-90735-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A1 (ORS08830), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0862
1V-90736-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2A (ORS08913), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0863
1V-90736-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2A (ORS08913), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0864
1V-90736-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP2A (ORS08913), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0865
1V-90737-5D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2F1 (ORS01901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0866
1V-90737-6E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2F1 (ORS01901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0867
1V-90737-4F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2F1 (ORS01901), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0868
1V-90739-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WRNIP1 (ORS08976), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0869
1V-90739-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WRNIP1 (ORS08976), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0870
1V-90739-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WRNIP1 (ORS08976), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0871
1V-90741-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF3 (ORS09950), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0872
1V-90741-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF3 (ORS09950), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0873
1V-90741-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF3 (ORS09950), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0874
1V-90743-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUVBL2 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0875
1V-90743-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUVBL2 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0876
1V-90743-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUVBL2 (ORS02563), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0877
1V-90744-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP53 (ORS09839), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0878
1V-90744-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP53 (ORS09839), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0879
1V-90744-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP53 (ORS09839), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0880
1V-90745-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF1 (ORS08430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0881
1V-90745-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF1 (ORS08430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0882
1V-90745-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF1 (ORS08430), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0883
1V-90747-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOS (ORS01934), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0884
1V-90747-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOS (ORS01934), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0885
1V-90747-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOS (ORS01934), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0886
1V-93650-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (NM_002701), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0887
1V-93650-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (W01A119L12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0888
1V-93650-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU5F1 (NM_002701), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0889
1V-90750-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP5 (ORS09639), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0890
1V-90750-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP5 (ORS09639), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0891
1V-90750-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP5 (ORS09639), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0892
1V-90752-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYB (ORS02518), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0893
1V-90752-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYB (ORS02518), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0894
1V-90752-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYB (ORS02518), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0895
1V-93483-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WT1 (FHC24194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0896
1V-93483-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WT1 (FHC24194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0897
1V-93483-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WT1 (FHC24194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0898
1V-90755-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX5 (ORS02801), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0899
1V-90755-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX5 (ORS02801), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0900
1V-90755-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX5 (ORS02801), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0901
1V-93161-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLK1 (FHC25299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0902
1V-93161-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLK1 (FHC25299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0903
1V-93161-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLK1 (FHC25299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0904
1V-90759-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF7 (ORS01502), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0905
1V-90759-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF7 (ORS01502), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0906
1V-90759-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF7 (ORS01502), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0907
1V-90601-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SAP30 (ORS08856), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0908
1V-90601-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SAP30 (ORS08856), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0909
1V-90601-10D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SAP30 (ORS08856), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0910
1V-90763-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT6 (ORS08214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0911
1V-90763-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT6 (ORS08214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0912
1V-90763-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT6 (ORS08214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0913
1V-90775-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5A (ORS31523P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0914
1V-90775-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5A (ORS31523P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0915
1V-90775-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM5A (ORS31523P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0916
1V-90776-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLEXNB3 (ORS12475P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0917
1V-90776-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLEXNB3 (ORS12475P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0918
1V-90776-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PLEXNB3 (ORS12475P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0919
1V-90856-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RNF2 (ORS02551), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0920
1V-90856-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RNF2 (ORS02551), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0921
1V-90856-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RNF2 (ORS02551), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0922
1V-91182-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC2 (W01A093K15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0923
1V-91182-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC2 (W01A093K15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0924
1V-91182-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC2 (W01A093K15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0925
1V-91876-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TNF (ORS02535), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0926
1V-91876-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TNF (ORS02535), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0927
1V-91876-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TNF (ORS02535), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0928
1V-91184-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD4 (ORS01560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0929
1V-91184-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD4 (ORS01560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0930
1V-91184-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD4 (ORS01560), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0931
1V-91213-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GBX2, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0932
1V-91213-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GBX2, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0933
1V-91213-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GBX2, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0934
1V-91214-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRA (ORH03289), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0935
1V-91214-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRA (ORH03289), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0936
1V-91214-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RXRA (ORH03289), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0937
1V-91215-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPI1 (ORH06962), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0938
1V-91215-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPI1 (ORH06962), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0939
1V-91215-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPI1 (ORH06962), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0940
1V-91216-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX11, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0941
1V-91216-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX11, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0942
1V-91216-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX11, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0943
1V-91217-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD7 (FXC01575 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0944
1V-91217-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD7 (FXC01575 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0945
1V-91217-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD7 (FXC01575 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0946
1V-91218-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF9, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0947
1V-91218-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF9, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0948
1V-91218-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF9, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0949
1V-91219-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCF (ORS01807), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0950
1V-91219-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCF (ORS01807), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0951
1V-91219-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCF (ORS01807), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0952
1V-91220-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXH1 (ORS02299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0953
1V-91220-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXH1 (ORS02299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0954
1V-91220-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXH1 (ORS02299), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0955
1V-91221-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO2 (ORS02167), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0956
1V-91221-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO2 (ORS02167), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0957
1V-91221-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO2 (ORS02167), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0958
1V-91222-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD2 (ORS03382), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0959
1V-91222-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD2 (ORS03382), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0960
1V-91222-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD2 (ORS03382), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0961
1V-91223-11A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCP1A (ORS08327), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0962
1V-91223-12B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCP1A (ORS08327), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0963
1V-91223-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DCP1A (ORS08327), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0964
1V-91224-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP11 (ORS08617), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0965
1V-91224-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP11 (ORS08617), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0966
1V-91224-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP11 (ORS08617), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0967
1V-91225-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT4 (ORS09368), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0968
1V-91225-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT4 (ORS09368), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0969
1V-91225-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT4 (ORS09368), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0970
1V-93557-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFA (HsCD00745106), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0971
1V-93557-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFA (HsCD00745106), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0972
1V-93557-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFA (HsCD00745106), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0973
1V-91918-8F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP4 (ORS03136), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0974
1V-91918-10E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP4 (ORS03136), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0975
1V-91918-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP4 (ORS03136), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0976
1V-91229-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLK1 (ORS00422), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0977
1V-91229-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLK1 (ORS00422), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0978
1V-91229-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TLK1 (ORS00422), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0979
1V-91230-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV5 (ORS04919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0980
1V-91230-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV5 (ORS04919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0981
1V-91230-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV5 (ORS04919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0982
1V-91231-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX15 (ORS07936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0983
1V-91231-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX15 (ORS07936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0984
1V-91231-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX15 (ORS07936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0985
1V-91232-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIB (ORS07975), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0986
1V-91232-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIB (ORS07975), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0987
1V-91232-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIB (ORS07975), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0988
1V-91233-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD1 (ORS08032), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0989
1V-91233-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD1 (ORS08032), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0990
1V-91233-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD1 (ORS08032), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0991
1V-91929-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP2 (ORS04277), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0992
1V-91929-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP2 (ORS04277), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0993
1V-91929-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP2 (ORS04277), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0994
1V-91235-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHFP (ORS08918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0995
1V-91235-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHFP (ORS08918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0996
1V-91235-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHFP (ORS08918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0997
1V-91236-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRPV2 (ORS08977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0998
1V-91236-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRPV2 (ORS08977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES0999
1V-91236-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRPV2 (ORS08977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1000
1V-91237-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELL2 (ORS09259), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1001
1V-91237-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELL2 (ORS09259), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1002
1V-91237-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELL2 (ORS09259), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1003
1V-91238-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFAND3 (ORS09374), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1004
1V-91238-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFAND3 (ORS09374), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1005
1V-91238-5D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFAND3 (ORS09374), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1006
1V-91239-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID3 (ORS09826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1007
1V-91239-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID3 (ORS09826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1008
1V-91239-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ID3 (ORS09826), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1009
1V-91240-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARA (ORS09936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1010
1V-91240-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARA (ORS09936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1011
1V-91240-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARA (ORS09936), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1012
1V-91241-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPZ1 (ORS09498), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1013
1V-91241-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPZ1 (ORS09498), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1014
1V-91241-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPZ1 (ORS09498), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1015
1V-91242-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARNT2 (ORS09605), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1016
1V-91242-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARNT2 (ORS09605), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1017
1V-91242-15D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARNT2 (ORS09605), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1018
1V-91246-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human L3MBTL2 (ORS05798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1019
1V-91246-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human L3MBTL2 (ORS05798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1020
1V-91246-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human L3MBTL2 (ORS05798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1021
1V-91752-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ST18 (FXC00555), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1022
1V-91752-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ST18 (FXC00555), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1023
1V-91752-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ST18 (FXC00555), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1024
1V-91248-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC2 (ORS05328), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1025
1V-91248-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC2 (ORS05328), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1026
1V-91248-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC2 (ORS05328), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1027
1V-91249-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS2 (ORS10074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1028
1V-91249-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS2 (ORS10074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1029
1V-91249-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS2 (ORS10074), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1030
1V-91250-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV3 (ORS10166), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1031
1V-91250-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV3 (ORS10166), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1032
1V-91250-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV3 (ORS10166), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1033
1V-91251-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX2 (ORS10227), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1034
1V-91251-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX2 (ORS10227), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1035
1V-91251-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RFX2 (ORS10227), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1036
1V-91252-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA13 (ORS11911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1037
1V-91252-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA13 (ORS11911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1038
1V-91252-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA13 (ORS11911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1039
1V-91253-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF5 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1040
1V-91253-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF5 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1041
1V-91253-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF5 (ORS08164), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1042
1V-91254-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFP57 (ORS12470P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1043
1V-91254-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFP57 (ORS12470P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1044
1V-91254-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZFP57 (ORS12470P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1045
1V-91255-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA2 (NM_021784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1046
1V-91255-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA2 (NM_021784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1047
1V-91255-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXA2 (NM_021784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1048
1V-91256-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF281 (FLJ12854AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1049
1V-91256-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF281 (FLJ12854AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1050
1V-91256-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF281 (FLJ12854AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1051
1V-91257-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT8 (FLJ11810AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1052
1V-91257-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT8 (FLJ11810AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1053
1V-91257-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KAT8 (FLJ11810AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1054
1V-91258-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Nkx6-3 (FLJ25169AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1055
1V-91258-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Nkx6-3 (FLJ25169AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1056
1V-91258-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human Nkx6-3 (FLJ25169AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1057
1V-91259-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT4 (FLJ13842AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1058
1V-91259-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT4 (FLJ13842AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1059
1V-91259-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMAT4 (FLJ13842AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1060
1V-91260-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP1 (FLJ10477AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1061
1V-91260-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP1 (FLJ10477AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1062
1V-91260-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human THAP1 (FLJ10477AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1063
1V-91261-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEA3 (FLJ23371AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1064
1V-91261-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEA3 (FLJ23371AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1065
1V-91261-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCEA3 (FLJ23371AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1066
1V-90984-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX2 (W01A003O03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1067
1V-90984-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX2 (W01A003O03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1068
1V-90984-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX2 (W01A003O03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1069
1V-91266-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF2 (FLJ11052AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1070
1V-91266-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF2 (FLJ11052AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1071
1V-91266-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF2 (FLJ11052AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1072
1V-91267-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EZH2 (FLJ35357AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1073
1V-91267-13D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EZH2 (FLJ35357AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1074
1V-91267-17E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EZH2 (FLJ35357AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1075
1V-93053-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDN3 (FHC27085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1076
1V-93053-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDN3 (FHC27085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1077
1V-93053-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EDN3 (FHC27085), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1078
1V-91861-12A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF12 (ORS01441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1079
1V-91861-15B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF12 (ORS01441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1080
1V-91861-11C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF12 (ORS01441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1081
1V-91270-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN3 (FLJ83426AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1082
1V-91270-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN3 (FLJ83426AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1083
1V-91270-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN3 (FLJ83426AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1084
1V-91271-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF2 (FLJ46899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1085
1V-91271-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF2 (FLJ46899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1086
1V-91271-11C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF2 (FLJ46899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1087
1V-91272-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA2 (FLJ39423SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1088
1V-91272-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA2 (FLJ39423SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1089
1V-91272-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA2 (FLJ39423SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1090
1V-91273-10A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7L2 (FLJ08086AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1091
1V-91273-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7L2 (FLJ08086AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1092
1V-91273-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF7L2 (FLJ08086AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1093
1V-91274-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FBXO15 (FLJ36896AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1094
1V-91274-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FBXO15 (FLJ36896AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1095
1V-91274-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FBXO15 (FLJ36896AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1096
1V-91930-5D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF10 (HsCD00005592), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1097
1V-91930-11E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF10 (HsCD00005592), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1098
1V-91930-6F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF10 (HsCD00005592), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1099
1V-91276-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MRKN1 (ORS09644), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1100
1V-91276-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MRKN1 (ORS09644), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1101
1V-91276-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MRKN1 (ORS09644), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1102
1V-91277-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTF1A (NM_178161.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1103
1V-91277-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTF1A (NM_178161.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1104
1V-91277-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTF1A (NM_178161.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1105
1V-91278-10A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human METTL5 (FLJ10459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1106
1V-91278-11B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human METTL5 (FLJ10459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1107
1V-91278-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human METTL5 (FLJ10459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1108
1V-91279-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD4 (FLJ16830AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1109
1V-91279-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD4 (FLJ16830AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1110
1V-91279-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD4 (FLJ16830AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1111
1V-91280-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL11A (FLJ30689AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1112
1V-91280-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL11A (FLJ30689AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1113
1V-91280-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL11A (FLJ30689AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1114
1V-91281-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBPJ (FLJ44386AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1115
1V-91281-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBPJ (FLJ44386AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1116
1V-91281-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBPJ (FLJ44386AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1117
1V-91282-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TSHZ1 (FLJ45099AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1118
1V-91282-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TSHZ1 (FLJ45099AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1119
1V-91282-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TSHZ1 (FLJ45099AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1120
1V-93055-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFX (FHC02977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1121
1V-93055-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFX (FHC02977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1122
1V-93055-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFX (FHC02977), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1123
1V-91284-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3B (FLJ09073AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1124
1V-91284-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3B (FLJ09073AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1125
1V-91284-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3B (FLJ09073AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1126
1V-91289-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGM2 (FLJ95459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1127
1V-91289-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGM2 (FLJ95459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1128
1V-91289-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGM2 (FLJ95459AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1129
1V-91290-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C2 (FLJ82632AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1130
1V-91290-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C2 (FLJ82632AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1131
1V-91290-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF3C2 (FLJ82632AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1132
1V-91291-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX2 (FLJ82376AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1133
1V-91291-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX2 (FLJ82376AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1134
1V-91291-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX2 (FLJ82376AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1135
1V-91292-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT3 (FLJ08023AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1136
1V-91292-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT3 (FLJ08023AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1137
1V-91292-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAT3 (FLJ08023AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1138
1V-91293-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-1 (NM_003317.3 (342..1457) / NP_003308.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1139
1V-91293-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-1 (NM_003317.3 (342..1457) / NP_003308.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1140
1V-91293-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-1 (NM_003317.3 (342..1457) / NP_003308.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1141
1V-91294-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG2 (NM_005806.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1142
1V-91294-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG2 (NM_005806.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1143
1V-91294-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OLIG2 (NM_005806.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1144
1V-91295-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC1 (FLJ84428SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1145
1V-91295-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC1 (FLJ84428SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1146
1V-91295-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WHSC1 (FLJ84428SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1147
1V-91296-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARG (FLJ75202AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1148
1V-91296-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARG (FLJ75202AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1149
1V-91296-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RARG (FLJ75202AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1150
1V-93070-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTGF (FHC02208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1151
1V-93070-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTGF (FHC02208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1152
1V-93070-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTGF (FHC02208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1153
1V-91298-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX2 (W01A001B22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1154
1V-91298-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX2 (W01A001B22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1155
1V-91298-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX2 (W01A001B22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1156
1V-93109-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPRY2 (FHC03335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1157
1V-93109-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPRY2 (FHC03335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1158
1V-93109-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPRY2 (FHC03335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1159
1V-91300-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F6 (W01A002L21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1160
1V-91300-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F6 (W01A002L21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1161
1V-91300-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F6 (W01A002L21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1162
1V-91301-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2B (W01A003M09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1163
1V-91301-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2B (W01A003M09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1164
1V-91301-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GTF2B (W01A003M09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1165
1V-91302-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VDR (W01A004B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1166
1V-91302-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VDR (W01A004B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1167
1V-91302-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VDR (W01A004B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1168
1V-91303-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF4 (W01A005C13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1169
1V-91303-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF4 (W01A005C13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1170
1V-91303-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF4 (W01A005C13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1171
1V-91304-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GABPA (W01A005E03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1172
1V-91304-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GABPA (W01A005E03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1173
1V-91304-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GABPA (W01A005E03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1174
1V-91305-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KZSCAN1 (W01A006F19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1175
1V-91305-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KZSCAN1 (W01A006F19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1176
1V-91305-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KZSCAN1 (W01A006F19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1177
1V-91306-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3A (W01A006H12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1178
1V-91306-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3A (W01A006H12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1179
1V-91306-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3A (W01A006H12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1180
1V-91307-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REPIN1 (W01A006H21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1181
1V-91307-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REPIN1 (W01A006H21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1182
1V-91307-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REPIN1 (W01A006H21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1183
1V-91308-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NRF1 (W01A006I15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1184
1V-91308-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NRF1 (W01A006I15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1185
1V-91308-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NRF1 (W01A006I15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1186
1V-93362-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGR (FHC20165), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1187
1V-93362-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGR (FHC20165), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1188
1V-93362-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGR (FHC20165), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1189
1V-91310-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB33 (W01A007G04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1190
1V-91310-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB33 (W01A007G04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1191
1V-91310-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB33 (W01A007G04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1192
1V-91311-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP1 (W01A007I16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1193
1V-91311-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP1 (W01A007I16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1194
1V-91311-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP1 (W01A007I16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1195
1V-91312-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTNNB1 (W01A007J04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1196
1V-91312-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTNNB1 (W01A007J04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1197
1V-91312-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTNNB1 (W01A007J04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1198
1V-91313-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF8 (W01A008B21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1199
1V-91313-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF8 (W01A008B21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1200
1V-91313-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHF8 (W01A008B21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1201
1V-91314-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD4 (W01A023H01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1202
1V-91314-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD4 (W01A023H01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1203
1V-91314-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TEAD4 (W01A023H01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1204
1V-91315-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RAD21 (W01A026K02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1205
1V-91315-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RAD21 (W01A026K02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1206
1V-91315-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RAD21 (W01A026K02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1207
1V-91316-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAX (W01A027E04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1208
1V-91316-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAX (W01A027E04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1209
1V-91316-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAX (W01A027E04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1210
1V-91317-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRA (W01A028H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1211
1V-91317-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRA (W01A028H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1212
1V-91317-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRA (W01A028H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1213
1V-91318-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAG1 (W01A042H19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1214
1V-91318-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAG1 (W01A042H19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1215
1V-91318-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STAG1 (W01A042H19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1216
1V-93482-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFBR (FHC01401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1217
1V-93482-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFBR (FHC01401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1218
1V-93482-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFBR (FHC01401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1219
1V-91320-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F1 (W01A045H15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1220
1V-91320-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F1 (W01A045H15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1221
1V-91320-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F1 (W01A045H15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1222
1V-91322-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIM28 (W01A046C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1223
1V-91322-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIM28 (W01A046C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1224
1V-91322-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TRIM28 (W01A046C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1225
1V-92182-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFC (ORS09559), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1226
1V-92182-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFC (ORS09559), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1227
1V-92182-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFC (ORS09559), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1228
1V-91324-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS1 (W01A055M21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1229
1V-91324-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS1 (W01A055M21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1230
1V-91324-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS1 (W01A055M21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1231
1V-92191-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT7A (ORS09941), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1232
1V-92191-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT7A (ORS09941), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1233
1V-92191-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT7A (ORS09941), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1234
1V-91326-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXM1 (W01A057O20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1235
1V-91326-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXM1 (W01A057O20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1236
1V-91326-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXM1 (W01A057O20), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1237
1V-91327-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF1 (W01 A058CO2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1238
1V-91327-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF1 (W01 A058CO2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1239
1V-91327-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF1 (W01 A058CO2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1240
1V-91328-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY1 (W01 A061L22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1241
1V-91328-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY1 (W01 A061L22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1242
1V-91328-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY1 (W01 A061L22), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1243
1V-91329-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX8 (W01 A062F21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1244
1V-91329-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX8 (W01 A062F21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1245
1V-91329-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX8 (W01 A062F21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1246
1V-91330-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC8 (W01 A062O18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1247
1V-91330-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC8 (W01 A062O18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1248
1V-91330-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC8 (W01 A062O18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1249
1V-92199-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF21 (ORS10096), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1250
1V-92199-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF21 (ORS10096), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1251
1V-92199-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF21 (ORS10096), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1252
1V-91332-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX1 (FLJ76851AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1253
1V-91332-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX1 (FLJ76851AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1254
1V-91332-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX1 (FLJ76851AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1255
1V-91333-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO1 (FLJ83909SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1256
1V-91333-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO1 (FLJ83909SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1257
1V-91333-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMO1 (FLJ83909SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1258
1V-91334-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2A (W01 A063F16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1259
1V-91334-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2A (W01 A063F16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1260
1V-91334-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEF2A (W01 A063F16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1261
1V-91335-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF274 (W01 A064F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1262
1V-91335-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF274 (W01 A064F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1263
1V-91335-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF274 (W01 A064F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1264
1V-91336-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX3 (W01 A071I21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1265
1V-91336-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX3 (W01 A071I21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1266
1V-91336-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBX3 (W01 A071I21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1267
1V-91337-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRCC4 (W01 A072N16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1268
1V-91337-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRCC4 (W01 A072N16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1269
1V-91337-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRCC4 (W01 A072N16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1270
1V-91339-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR1 (W01 A0097B17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1271
1V-91339-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR1 (W01 A0097B17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1272
1V-91339-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR1 (W01 A0097B17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1273
1V-91340-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCFL (W01 A009H02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1274
1V-91340-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCFL (W01 A009H02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1275
1V-91340-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTCFL (W01 A009H02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1276
1V-91341-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRG (W01A063E01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1277
1V-91341-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRG (W01A063E01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1278
1V-91341-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESRRG (W01A063E01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1279
1V-91342-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLIS2 (W01A107G23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1280
1V-91342-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLIS2 (W01A107G23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1281
1V-91342-6E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLIS2 (W01A107G23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1282
1V-91343-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY2 (W01A043G07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1283
1V-91343-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY2 (W01A043G07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1284
1V-91343-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HEY2 (W01A043G07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1285
1V-91344-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HHEX (W01A002F17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1286
1V-91344-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HHEX (W01A002F17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1287
1V-91344-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HHEX (W01A002F17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1288
1V-92202-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT2 (ORS10243), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1289
1V-92202-7B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT2 (ORS10243), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1290
1V-92202-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT2 (ORS10243), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1291
1V-91346-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD1 (W01A003M24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1292
1V-91346-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD1 (W01A003M24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1293
1V-91346-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD1 (W01A003M24), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1294
1V-92217-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFA (ORS22631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1295
1V-92217-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFA (ORS22631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1296
1V-92217-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGFA (ORS22631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1297
1V-92220-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF4 (ORS24357P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1298
1V-92220-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF4 (ORS24357P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1299
1V-92220-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF4 (ORS24357P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1300
1V-93046-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF1 (FHC10599), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1301
1V-93046-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF1 (FHC10599), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1302
1V-93046-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF1 (FHC10599), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1303
1V-93047-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF7 (FHC25383), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1304
1V-93047-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF7 (FHC25383), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1305
1V-93047-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF7 (FHC25383), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1306
1V-93050-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIF (FHC03637), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1307
1V-93050-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIF (FHC03637), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1308
1V-93050-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIF (FHC03637), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1309
1V-92221-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP6 (ORS25637P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1310
1V-92221-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP6 (ORS25637P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1311
1V-92221-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RBBP6 (ORS25637P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1312
1V-91269-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CUX1 (FLJ43107AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1313
1V-91269-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CUX1 (FLJ43107AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1314
1V-91269-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CUX1 (FLJ43107AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1315
1V-91354-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYA (W01 A079D16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1316
1V-91354-9C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYA (W01 A079D16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1317
1V-91354-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFYA (W01 A079D16), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1318
1V-91355-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRN2 (W01 A082L08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1319
1V-91355-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRN2 (W01 A082L08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1320
1V-91355-10E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XRN2 (W01 A082L08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1321
1V-91356-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIN28 (W01A001B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1322
1V-91356-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIN28 (W01A001B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1323
1V-91356-10D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LIN28 (W01A001B06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1324
1V-91357-11A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1A (W01A052K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1325
1V-91357-12B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1A (W01A052K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1326
1V-91357-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LMX1A (W01A052K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1327
1V-91358-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MBD3 (W01A096B02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1328
1V-91358-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MBD3 (W01A096B02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1329
1V-91358-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MBD3 (W01A096B02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1330
1V-91359-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS2 (W01A055K21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1331
1V-91359-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS2 (W01A055K21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1332
1V-91359-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MEIS2 (W01A055K21), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1333
1V-91361-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYB (W01A057M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1334
1V-91361-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYB (W01A057M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1335
1V-91361-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYB (W01A057M15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1336
1V-91941-14A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF14 (HsCD00295198), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1337
1V-91941-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF14 (HsCD00295198), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1338
1V-91941-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF14 (HsCD00295198), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1339
1V-91363-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX1 (W01A061F12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1340
1V-91363-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX1 (W01A061F12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1341
1V-91363-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIX1 (W01A061F12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1342
1V-91364-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUB1 (W01A001M05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1343
1V-91364-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUB1 (W01A001M05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1344
1V-91364-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUB1 (W01A001M05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1345
1V-91365-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX6 (W01A068O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1346
1V-91365-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX6 (W01A068O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1347
1V-91365-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX6 (W01A068O17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1348
1V-91366-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRICKLE1 (W01A097L10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1349
1V-91366-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRICKLE1 (W01A097L10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1350
1V-91366-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRICKLE1 (W01A097L10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1351
1V-91367-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIC (W01A111C01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1352
1V-91367-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIC (W01A111C01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1353
1V-91367-8F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPIC (W01A111C01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1354
1V-91348-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL1 (W01A003P03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1355
1V-91348-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL1 (W01A003P03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1356
1V-91348-9C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL1 (W01A003P03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1357
1V-91369-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NSBP1 (W01A085G03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1358
1V-91369-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NSBP1 (W01A085G03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1359
1V-91369-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NSBP1 (W01A085G03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1360
1V-91370-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OVOL2 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1361
1V-91370-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OVOL2 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1362
1V-91370-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OVOL2 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1363
1V-91371-15A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PKNOX2 (W01A054G19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1364
1V-91371-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PKNOX2 (W01A054G19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1365
1V-91371-11C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PKNOX2 (W01A054G19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1366
1V-92179-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MIF4GD (ORS09496), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1367
1V-92179-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MIF4GD (ORS09496), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1368
1V-92179-12D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MIF4GD (ORS09496), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1369
1V-92212-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF462 (ORS12503P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1370
1V-92212-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF462 (ORS12503P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1371
1V-92212-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF462 (ORS12503P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1372
1V-91374-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY1 (W01A097O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1373
1V-91374-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY1 (W01A097O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1374
1V-91374-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY1 (W01A097O04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1375
1V-91375-15A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD5 (W01A107H10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1376
1V-91375-14B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD5 (W01A107H10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1377
1V-91375-10C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD5 (W01A107H10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1378
1V-91381-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUZ12 (W01A044C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1379
1V-91381-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUZ12 (W01A044C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1380
1V-91381-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SUZ12 (W01A044C11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1381
1V-91382-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPB (W01A045L13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1382
1V-91382-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPB (W01A045L13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1383
1V-91382-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPB (W01A045L13), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1384
1V-91383-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ANKRD22 (W01A0001J11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1385
1V-91383-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ANKRD22 (W01A0001J11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1386
1V-91383-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ANKRD22 (W01A0001J11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1387
1V-91384-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPE (W01A053F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1388
1V-91384-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPE (W01A053F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1389
1V-91384-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPE (W01A053F10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1390
1V-91385-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX2 (W01A072L02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1391
1V-91385-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX2 (W01A072L02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1392
1V-91385-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX2 (W01A072L02), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1393
1V-91386-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX4 (W01A111A05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1394
1V-91386-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX4 (W01A111A05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1395
1V-91386-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX4 (W01A111A05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1396
1V-91387-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRTC2 (W01A003N06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1397
1V-91387-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DMRTC2 (W01A003N06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1398
1V-91388-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFE3 (W01A006L09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1399
1V-91388-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFE3 (W01A006L09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1400
1V-91388-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFE3 (W01A006L09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1401
1V-91389-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF (W01A001K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1402
1V-91389-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF (W01A001K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1403
1V-91389-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF (W01A001K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1404
1V-91390-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSTF1 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1405
1V-91390-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSTF1 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1406
1V-91390-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OSTF1 (W01A023A06), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1407
1V-91247-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FLI1 (ORS01531), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1408
1V-91247-4F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FLI1 (ORS01531), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1409
1V-91247-6E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FLI1 (ORS01531), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1410
1V-91392-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES1 (W01A119P08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1411
1V-91392-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES1 (W01A119P08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1412
1V-91392-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HES1 (W01A119P08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1413
1V-91393-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3L (W01A062D23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1414
1V-91393-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3L (W01A062D23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1415
1V-91393-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DNMT3L (W01A062D23), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1416
1V-91394-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI1 (W01A008J19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1417
1V-91394-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI1 (W01A008J19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1418
1V-91394-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GLI1 (W01A008J19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1419
1V-91395-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT3 (W01A004I08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1420
1V-91395-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT3 (W01A004I08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1421
1V-91395-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIRT3 (W01A004I08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1422
1V-91396-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP4 (W01A073A17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1423
1V-91396-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP4 (W01A073A17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1424
1V-91396-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFAP4 (W01A073A17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1425
1V-91397-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UGP2 (W01A105K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1426
1V-91397-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UGP2 (W01A105K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1427
1V-91397-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human UGP2 (W01A105K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1428
1V-91398-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK1 (W01A080M03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1429
1V-91398-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK1 (W01A080M03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1430
1V-91398-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK1 (W01A080M03), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1431
1V-91399-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR3C1 (W01A109K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1432
1V-91399-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR3C1 (W01A109K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1433
1V-91399-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR3C1 (W01A109K01), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1434
1V-91400-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DEDD2 (W01A003K04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1435
1V-91400-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DEDD2 (W01A003K04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1436
1V-91400-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DEDD2 (W01A003K04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1437
1V-91407-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR2 (W01 A063B05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1438
1V-91407-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR2 (W01 A063B05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1439
1V-91407-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGR2 (W01 A063B05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1440
1V-91005-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX1 (W01A023D17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1441
1V-91005-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX1 (W01A023D17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1442
1V-91005-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human OTX1 (W01A023D17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1443
1V-91471-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BACH1 (FHC01715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1444
1V-91471-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BACH1 (FHC01715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1445
1V-91471-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BACH1 (FHC01715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1446
1V-91472-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARHL2 (FHC20405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1447
1V-91472-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARHL2 (FHC20405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1448
1V-91472-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BARHL2 (FHC20405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1449
1V-91473-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BHLHE40 (FHC02724), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1450
1V-91473-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BHLHE40 (FHC02724), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1451
1V-91473-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BHLHE40 (FHC02724), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1452
1V-91474-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPA (FHC10825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1453
1V-91474-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPA (FHC10825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1454
1V-91474-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPA (FHC10825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1455
1V-91475-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPD (FHC23262), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1456
1V-91475-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPD (FHC23262), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1457
1V-91475-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPD (FHC23262), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1458
1V-91476-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EED (FHC11996), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1459
1V-91476-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EED (FHC11996), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1460
1V-91476-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EED (FHC11996), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1461
1V-91477-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR1 (FHC10665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1462
1V-91477-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR1 (FHC10665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1463
1V-91477-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR1 (FHC10665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1464
1V-91478-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC1, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1465
1V-91478-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC1, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1466
1V-91478-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC1, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1467
1V-91479-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA1 (FHC05275), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1468
1V-91479-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA1 (FHC05275), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1469
1V-91479-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA1 (FHC05275), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1470
1V-91480-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC3 (FHC02559), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1471
1V-91480-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC3 (FHC02559), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1472
1V-91481-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC6 (FHC01133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1473
1V-91481-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC6 (FHC01133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1474
1V-91481-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HDAC6 (FHC01133), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1475
1V-91482-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA2 (FHC28157), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1476
1V-91482-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA2 (FHC28157), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1477
1V-91482-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGA2 (FHC28157), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1478
1V-91483-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARGC1A (FHC21879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1479
1V-91483-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARGC1A (FHC21879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1480
1V-91483-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PPARGC1A (FHC21879), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1481
1V-91484-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX1 (FHC01784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1482
1V-91484-12D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX1 (FHC01784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1483
1V-91484-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX1 (FHC01784), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1484
1V-91485-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX2 (FHC22638), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1485
1V-91485-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX2 (FHC22638), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1486
1V-91485-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX2 (FHC22638), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1487
1V-91486-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD3 (FHC02648), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1488
1V-91486-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD3 (FHC02648), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1489
1V-91486-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMAD3 (FHC02648), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1490
1V-91007-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX5 (W01A105M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1491
1V-91007-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX5 (W01A105M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1492
1V-91007-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX5 (W01A105M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1493
1V-91488-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF1 (FHC12086), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1494
1V-91488-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF1 (FHC12086), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1495
1V-91488-11C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SREBF1 (FHC12086), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1496
1V-91489-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAL1 (FHC02210), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1497
1V-91489-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAL1 (FHC02210), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1498
1V-91489-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAL1 (FHC02210), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1499
1V-91774-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A2 (NM_006186.3 (423..2219) / NP_006177.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1500
1V-91774-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A2 (NM_006186.3 (423..2219) / NP_006177.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1501
1V-91492-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JARID2 (FHC11900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1502
1V-91492-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JARID2 (FHC11900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1503
1V-91492-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JARID2 (FHC11900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1504
1V-91493-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUND (FHC28593), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1505
1V-91493-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUND (FHC28593), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1506
1V-91493-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JUND (FHC28593), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1507
1V-91494-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFK (FHC01764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1508
1V-91494-12E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFK (FHC01764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1509
1V-91494-13F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAFK (FHC01764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1510
1V-91495-10D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAZ (FHC10828), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1511
1V-91495-12E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAZ (FHC10828), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1512
1V-91495-8F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAZ (FHC10828), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1513
1V-91496-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSC, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1514
1V-91496-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSC, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1515
1V-91496-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MSC, gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1516
1V-91497-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F1 (FXC02802 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1517
1V-91497-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F1 (FXC02802 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1518
1V-91497-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2F1 (FXC02802 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1519
1V-91498-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX3 (FHC21332), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1520
1V-91499-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX5 (FHC11730), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1521
1V-91499-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX5 (FHC11730), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1522
1V-91499-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX5 (FHC11730), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1523
1V-91500-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX3 (FHC06284), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1524
1V-91500-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX3 (FHC06284), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1525
1V-91500-10E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PBX3 (FHC06284), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1526
1V-91501-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PML (FHC01397), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1527
1V-91501-6D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PML (FHC01397), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1528
1V-91501-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PML (FHC01397), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1529
1V-91502-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2F2 (FHC28631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1530
1V-91502-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2F2 (FHC28631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1531
1V-91502-6D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2F2 (FHC28631), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1532
1V-91503-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP3 (ORH02319), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1533
1V-91503-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP3 (ORH02319), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1534
1V-91503-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXP3 (ORH02319), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1535
1V-91505-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF3 (FXC01482 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1536
1V-91505-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF3 (FXC01482 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1537
1V-91505-12E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF3 (FXC01482 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1538
1V-91506-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCL1A (FHC11866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1539
1V-91506-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCL1A (FHC11866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1540
1V-91506-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCL1A (FHC11866), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1541
1V-91771-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG2 (NM_024019), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1542
1V-91771-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG2 (NM_024019), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1543
1V-91771-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG2 (NM_024019), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1544
1V-91764-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMI1 (NM_005180 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1545
1V-91764-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMI1 (NM_005180 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1546
1V-91765-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EN1 (NM_001426.3 (1017..2195) / NP_001417.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1547
1V-91765-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EN1 (NM_001426.3 (1017..2195) / NP_001417.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1548
1V-91765-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EN1 (NM_001426.3 (1017..2195) / NP_001417.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1549
1V-93480-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAB1 (FHC31603), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1550
1V-93480-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAB1 (FHC31603), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1551
1V-93480-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAB1 (FHC31603), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1552
1V-91767-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MNX1 (NM_005515.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1553
1V-91767-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MNX1 (NM_005515.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1554
1V-91767-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MNX1 (NM_005515.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1555
1V-91768-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1L (NM_015025 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1556
1V-91768-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1L (NM_015025 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1557
1V-91768-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1L (NM_015025 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1558
1V-91772-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-2 (NM_002509.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1559
1V-91772-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-2 (NM_002509.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1560
1V-91772-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX2-2 (NM_002509.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1561
1V-91773-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-1 (NM_006168.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1562
1V-91773-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-1 (NM_006168.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1563
1V-91773-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NKX6-1 (NM_006168.2), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1564
1V-93083-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMX2 (FHC27892), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1565
1V-93083-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMX2 (FHC27892), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1566
1V-93091-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXF1 (FHC03120), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1567
1V-93091-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXF1 (FHC03120), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1568
1V-93091-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXF1 (FHC03120), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1569
1V-91776-9E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX3 (NM_005029.3 (155..1063) / NP_005020.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1570
1V-91776-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX3 (NM_005029.3 (155..1063) / NP_005020.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1571
1V-91776-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX3 (NM_005029.3 (155..1063) / NP_005020.1), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1572
1V-93481-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX4 (FHC03279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1573
1V-93481-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX4 (FHC03279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1574
1V-93481-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX4 (FHC03279), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1575
1V-93087-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD4 (FHC03206), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1576
1V-93087-9C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD4 (FHC03206), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1577
1V-93087-13D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD4 (FHC03206), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1578
1V-91779-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF521 (NM_015461), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1579
1V-91779-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF521 (NM_015461), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1580
1V-91779-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF521 (NM_015461), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1581
1V-91630-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AES (FXC03681), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1582
1V-91630-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AES (FXC03681), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1583
1V-91630-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AES (FXC03681), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1584
1V-91631-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AR (FHC11031), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1585
1V-91631-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AR (FHC11031), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1586
1V-91631-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AR (FHC11031), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1587
1V-91632-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASH2L (FXC01483), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1588
1V-91632-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASH2L (FXC01483), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1589
1V-91632-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ASH2L (FXC01483), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1590
1V-91633-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF3 (FXC02490), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1591
1V-91633-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF3 (FXC02490), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1592
1V-91633-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BATF3 (FXC02490), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1593
1V-91703-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POLR3A (FXC00335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1594
1V-91703-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POLR3A (FXC00335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1595
1V-91703-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POLR3A (FXC00335), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1596
1V-91636-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF1 (FHC10464), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1597
1V-91636-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF1 (FHC10464), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1598
1V-91636-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BRF1 (FHC10464), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1599
1V-91637-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL (ORH15076P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1600
1V-91637-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL (ORH15076P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1601
1V-91637-9E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDYL (ORH15076P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1602
1V-93064-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFA (FHC10823), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1603
1V-93064-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFA (FHC10823), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1604
1V-93064-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGFA (FHC10823), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1605
1V-91685-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP2 (FHC02077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1606
1V-91685-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP2 (FHC02077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1607
1V-91685-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CTBP2 (FHC02077), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1608
1V-92129-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF559 (ORS07495), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1609
1V-92129-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF559 (ORS07495), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1610
1V-92148-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFE2L1 (ORS08510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1611
1V-92148-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFE2L1 (ORS08510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1612
1V-92148-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFE2L1 (ORS08510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1613
1V-92150-7B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFDP1 (ORS08570), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1614
1V-92150-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFDP1 (ORS08570), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1615
1V-92150-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFDP1 (ORS08570), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1616
1V-91504-17F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HESX1 (ORH03907), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1617
1V-91504-19G
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HESX1 (ORH03907), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1618
1V-91504-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HESX1 (ORH03907), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1619
1V-91507-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZC3H11A (FHC00597), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1620
1V-91507-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZC3H11A (FHC00597), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1621
1V-91507-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZC3H11A (FHC00597), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1622
1V-91688-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EOMES (100728Human spleen c DNA SMART), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1623
1V-91692-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF1 (FHC05503), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1624
1V-91692-16E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF1 (FHC05503), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1625
1V-91692-15F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IKZF1 (FHC05503), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1626
1V-92143-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT6 (ORS08179), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1627
1V-92143-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT6 (ORS08179), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1628
1V-92143-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT6 (ORS08179), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1629
1V-92144-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF18 (ORS08269), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1630
1V-92144-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF18 (ORS08269), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1631
1V-92144-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGF18 (ORS08269), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1632
1V-92145-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP7 (ORS08377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1633
1V-92145-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP7 (ORS08377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1634
1V-92145-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BMP7 (ORS08377), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1635
1V-91696-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF5 (FXC11352), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1636
1V-91696-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF5 (FXC11352), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1637
1V-91696-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYF5 (FXC11352), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1638
1V-91161-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFCP2L1 (W01A005M10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1639
1V-91161-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFCP2L1 (W01A005M10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1640
1V-91161-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TFCP2L1 (W01A005M10), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1641
1V-91697-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1 (FXC01126), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1642
1V-91697-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1 (FXC01126), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1643
1V-91697-14E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYT1 (FXC01126), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1644
1V-93056-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HGF (FHC01260), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1645
1V-93056-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HGF (FHC01260), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1646
1V-93056-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HGF (FHC01260), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1647
1V-93058-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IGF1 (FHC01347), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1648
1V-93058-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IGF1 (FHC01347), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1649
1V-93058-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IGF1 (FHC01347), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1650
1V-93060-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NGF (FHC07757), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1651
1V-93060-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NGF (FHC07757), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1652
1V-93060-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NGF (FHC07757), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1653
1V-91862-12A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM4 (ORS01446), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1654
1V-91862-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM4 (ORS01446), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1655
1V-91862-13D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PRDM4 (ORS01446), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1656
1V-93474-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR5A1 (FHC02552), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1657
1V-93474-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR5A1 (FHC02552), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1658
1V-93474-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR5A1 (FHC02552), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1659
1V-93160-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB3 (FHC02549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1660
1V-93160-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB3 (FHC02549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1661
1V-93160-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CREB3 (FHC02549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1662
1V-93174-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR0B2 (FHC20160), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1663
1V-93174-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR0B2 (FHC20160), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1664
1V-93174-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR0B2 (FHC20160), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1665
1V-93175-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E1 (FHC10500), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1666
1V-93175-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E1 (FHC10500), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1667
1V-93175-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E1 (FHC10500), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1668
1V-93360-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR2 (FHC12655), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1669
1V-93360-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR2 (FHC12655), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1670
1V-93360-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ESR2 (FHC12655), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1671
1V-91714-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCA4 (FHC12075), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1672
1V-91714-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCA4 (FHC12075), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1673
1V-91714-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCA4 (FHC12075), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1674
1V-91715-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMC3 (FHC11813), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1675
1V-91715-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMC3 (FHC11813), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1676
1V-91715-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMC3 (FHC11813), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1677
1V-92301-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX2 (IRAL047K17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1678
1V-92301-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX2 (IRAL047K17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1679
1V-92301-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TBX2 (IRAL047K17), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1680
1V-91863-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YBX1 (ORS01499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1681
1V-91863-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YBX1 (ORS01499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1682
1V-91863-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YBX1 (ORS01499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1683
1V-91867-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF713 (ORS02415), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1684
1V-91867-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF713 (ORS02415), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1685
1V-91867-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF713 (ORS02415), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1686
1V-91907-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA3 (ORS02569), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1687
1V-91907-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA3 (ORS02569), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1688
1V-91907-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA3 (ORS02569), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1689
1V-91939-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMX1 (HsCD00295194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1690
1V-91939-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMX1 (HsCD00295194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1691
1V-91939-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMX1 (HsCD00295194), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1692
1V-91919-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF280B (ORS03154), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1693
1V-91919-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF280B (ORS03154), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1694
1V-91919-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF280B (ORS03154), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1695
1V-91750-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF263 (FHC11798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1696
1V-91750-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF263 (FHC11798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1697
1V-91750-10C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF263 (FHC11798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1698
1V-91782-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JAG1 (FLJ93126AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1699
1V-91782-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JAG1 (FLJ93126AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1700
1V-91782-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human JAG1 (FLJ93126AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1701
1V-91783-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L3 (FLJ38716AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1702
1V-91783-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L3 (FLJ38716AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1703
1V-91783-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L3 (FLJ38716AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1704
1V-91707-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RDBP (ORH10184), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1705
1V-91707-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RDBP (ORH10184), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1706
1V-91707-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RDBP (ORH10184), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1707
1V-92116-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX2 (ORS06280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1708
1V-92116-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX2 (ORS06280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1709
1V-92116-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX2 (ORS06280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1710
1V-92184-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX8 (ORS09750), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1711
1V-92184-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX8 (ORS09750), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1712
1V-92184-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PAX8 (ORS09750), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1713
1V-92298-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH1 (BC113625 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1714
1V-92298-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH1 (BC113625 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1715
1V-92298-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATOH1 (BC113625 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1716
1V-91784-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RSPO1 (FLJ40906AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1717
1V-91784-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RSPO1 (FLJ40906AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1718
1V-91784-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RSPO1 (FLJ40906AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1719
1V-91785-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX6 (FLJ36767AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1720
1V-91785-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX6 (FLJ36767AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1721
1V-91785-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX6 (FLJ36767AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1722
1V-91786-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGFLAM (FLJ40230AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1723
1V-91786-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGFLAM (FLJ40230AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1724
1V-91786-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EGFLAM (FLJ40230AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1725
1V-91787-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EYA1 (FLJ45899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1726
1V-91787-12D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EYA1 (FLJ45899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1727
1V-91787-10E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EYA1 (FLJ45899AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1728
1V-91866-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF4 (ORS02410), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1729
1V-91866-8D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF4 (ORS02410), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1730
1V-91866-9E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF4 (ORS02410), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1731
1V-91817-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LFNG (W01A025O08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1732
1V-91817-7D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LFNG (W01A025O08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1733
1V-91817-9E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LFNG (W01A025O08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1734
1V-91708-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REST (FHC01798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1735
1V-91708-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REST (FHC01798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1736
1V-91708-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human REST (FHC01798), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1737
1V-91716-8A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI3 (FXC06912), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1738
1V-91716-9B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI3 (FXC06912), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1739
1V-91716-11C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI3 (FXC06912), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1740
1V-91743-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA8 (FXC02405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1741
1V-91743-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA8 (FXC02405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1742
1V-91743-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human STRA8 (FXC02405), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1743
1V-91744-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF12 (FHC01255), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1744
1V-91744-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF12 (FHC01255), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1745
1V-91744-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF12 (FHC01255), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1746
1V-91818-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L2 (W01A054B04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1747
1V-91818-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L2 (W01A054B04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1748
1V-91818-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MAB21L2 (W01A054B04), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1749
1V-91819-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PCDH1 (W01A045K19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1750
1V-91819-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PCDH1 (W01A045K19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1751
1V-91819-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PCDH1 (W01A045K19), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1752
1V-91823-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX1 (W01A027M12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1753
1V-91823-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX1 (W01A027M12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1754
1V-91823-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VAX1 (W01A027M12), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1755
1V-92300-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL2 (IRAL029D07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1756
1V-92300-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL2 (IRAL029D07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1757
1V-92300-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ISL2 (IRAL029D07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1758
1V-92302-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHOX2B (IRAL004N18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1759
1V-92302-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHOX2B (IRAL004N18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1760
1V-92302-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PHOX2B (IRAL004N18), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1761
1V-92309-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (FXC02613), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1762
1V-92309-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (NM_014564), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1763
1V-92309-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human LHX3 (FXC02613), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1764
1V-92310-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA6 (ORK11800), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1765
1V-92310-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA6 (ORK11800), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1766
1V-92310-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GATA6 (ORK11800), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1767
1V-92311-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY2 (FHC00594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1768
1V-92311-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY2 (FHC00594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1769
1V-92311-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CRY2 (FHC00594), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1770
1V-91710-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SETDB1 (FHC00393), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1771
1V-91710-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SETDB1 (FHC00393), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1772
1V-91710-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SETDB1 (FHC00393), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1773
1V-91864-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AATF (ORS01868), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1774
1V-91864-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AATF (ORS01868), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1775
1V-91864-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human AATF (ORS01868), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1776
1V-91746-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP73 (FHC20033), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1777
1V-91746-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP73 (FHC20033), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1778
1V-91746-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TP73 (FHC20033), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1779
1V-91868-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FIGLA (ORS02433), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1780
1V-91868-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FIGLA (ORS02433), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1781
1V-91868-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FIGLA (ORS02433), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1782
1V-91878-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC1 (ORS02542), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1783
1V-91878-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC1 (ORS02542), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1784
1V-91878-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAPC1 (ORS02542), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1785
1V-91879-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VPS72 (ORS02546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1786
1V-91879-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VPS72 (ORS02546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1787
1V-91879-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VPS72 (ORS02546), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1788
1V-91880-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF15 (ORS02553), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1789
1V-91880-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF15 (ORS02553), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1790
1V-91880-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KLF15 (ORS02553), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1791
1V-91870-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX4B (ORS02460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1792
1V-91870-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX4B (ORS02460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1793
1V-91870-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX4B (ORS02460), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1794
1V-91871-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX6 (ORS02475), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1795
1V-91871-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX6 (ORS02475), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1796
1V-91871-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SSX6 (ORS02475), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1797
1V-91872-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2AF1 (ORS02499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1798
1V-91872-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2AF1 (ORS02499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1799
1V-91872-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human POU2AF1 (ORS02499), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1800
1V-91873-7A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBFB (ORS02508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1801
1V-91873-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBFB (ORS02508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1802
1V-91873-8C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CBFB (ORS02508), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1803
1V-91874-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI1 (ORS02510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1804
1V-91874-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI1 (ORS02510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1805
1V-91874-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SNAI1 (ORS02510), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1806
1V-91875-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB2 (ORS02522), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1807
1V-91875-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB2 (ORS02522), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1808
1V-91875-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGB2 (ORS02522), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1809
1V-91747-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF2 (FHC07752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1810
1V-91747-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF2 (FHC07752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1811
1V-91747-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human USF2 (FHC07752), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1812
1V-91908-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BLZF1 (ORS02588), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1813
1V-91908-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BLZF1 (ORS02588), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1814
1V-91908-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BLZF1 (ORS02588), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1815
1V-91909-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PA2G4 (ORS02725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1816
1V-91909-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PA2G4 (ORS02725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1817
1V-91909-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PA2G4 (ORS02725), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1818
1V-91906-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD3 (ORS02562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1819
1V-91906-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD3 (ORS02562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1820
1V-91906-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXD3 (ORS02562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1821
1V-91911-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOPX (ORS02767), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1822
1V-91911-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOPX (ORS02767), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1823
1V-91911-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOPX (ORS02767), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1824
1V-91912-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA10 (ORS02805), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1825
1V-91912-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA10 (ORS02805), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1826
1V-91912-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA10 (ORS02805), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1827
1V-91913-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CITED1 (ORS03083), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1828
1V-91913-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CITED1 (ORS03083), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1829
1V-91913-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CITED1 (ORS03083), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1830
1V-91914-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB6 (ORS03090), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1831
1V-91914-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB6 (ORS03090), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1832
1V-91914-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB6 (ORS03090), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1833
1V-92307-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3B (HsCD00509550), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1834
1V-92307-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3B (HsCD00509550), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1835
1V-92307-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ARID3B (HsCD00509550), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1836
1V-91915-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF2 (ORS03092), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1837
1V-91915-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF2 (ORS03092), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1838
1V-91915-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TGIF2 (ORS03092), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1839
1V-91917-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA1 (ORS03115), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1840
1V-91917-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA1 (ORS03115), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1841
1V-91917-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA1 (ORS03115), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1842
1V-92299-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG1 (ORS03208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1843
1V-92299-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG1 (ORS03208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1844
1V-92299-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG1 (ORS03208), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1845
1V-93475-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR6A1 (FHC12632), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1846
1V-93475-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR6A1 (FHC12632), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1847
1V-93475-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR6A1 (FHC12632), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1848
1V-93476-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ONECUT1 (FHC03270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1849
1V-93476-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ONECUT1 (FHC03270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1850
1V-93476-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ONECUT1 (FHC03270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1851
1V-91922-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPG (ORS03182), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1852
1V-91922-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPG (ORS03182), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1853
1V-91922-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CEBPG (ORS03182), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1854
1V-91923-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXS1 (ORS03186), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1855
1V-91923-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXS1 (ORS03186), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1856
1V-91923-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXS1 (ORS03186), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1857
1V-91924-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIL3 (ORS03211), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1858
1V-91924-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIL3 (ORS03211), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1859
1V-91924-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIL3 (ORS03211), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1860
1V-91925-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB3 (ORS03268P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1861
1V-91925-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB3 (ORS03268P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1862
1V-91925-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB3 (ORS03268P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1863
1V-91926-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MLLT1 (ORS03280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1864
1V-91926-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MLLT1 (ORS03280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1865
1V-91926-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MLLT1 (ORS03280), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1866
1V-91927-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTAFR (ORS03342), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1867
1V-91927-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTAFR (ORS03342), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1868
1V-91927-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PTAFR (ORS03342), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1869
1V-91928-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF4 (ORS04201), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1870
1V-91928-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF4 (ORS04201), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1871
1V-91928-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF4 (ORS04201), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1872
1V-91931-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF2 (HsCD00043611), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1873
1V-91931-11F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF2 (HsCD00043611), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1874
1V-91931-12G
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF2 (HsCD00043611), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1875
1V-91933-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX1 (HsCD00076058), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1876
1V-91933-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX1 (HsCD00076058), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1877
1V-91933-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DLX1 (HsCD00076058), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1878
1V-91934-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPINT1 (HsCD00042764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1879
1V-91934-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPINT1 (HsCD00042764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1880
1V-91934-6E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SPINT1 (HsCD00042764), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1881
1V-91936-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H3C (HsCD00082943), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1882
1V-91936-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H3C (HsCD00082943), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1883
1V-91936-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H3C (HsCD00082943), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1884
1V-91938-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL1 (HsCD00295069), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1885
1V-91938-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL1 (HsCD00295069), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1886
1V-91938-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SALL1 (HsCD00295069), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1887
1V-91942-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF15 (HsCD00295202), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1888
1V-91942-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF15 (HsCD00295202), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1889
1V-91942-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF15 (HsCD00295202), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1890
1V-91944-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XDH (HsCD00294961), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1891
1V-91944-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XDH (HsCD00294961), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1892
1V-91944-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human XDH (HsCD00294961), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1893
1V-91910-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK3 (ORS02727), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1894
1V-91910-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK3 (ORS02727), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1895
1V-91910-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ELK3 (ORS02727), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1896
1V-91748-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB7A (FHC26401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1897
1V-91748-1E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB7A (FHC26401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1898
1V-91748-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB7A (FHC26401), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1899
1V-91940-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2BP2 (HsCD00295217), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1900
1V-91940-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2BP2 (HsCD00295217), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1901
1V-91940-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRF2BP2 (HsCD00295217), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1902
1V-91945-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD1 (HsCD00295189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1903
1V-91945-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD1 (HsCD00295189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1904
1V-91945-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD1 (HsCD00295189), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1905
1V-91946-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX1 (HsCD00294900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1906
1V-91946-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX1 (HsCD00294900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1907
1V-91946-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human IRX1 (HsCD00294900), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1908
1V-92100-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN2D (ORS04524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1909
1V-92100-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN2D (ORS04524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1910
1V-92100-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN2D (ORS04524), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1911
1V-92101-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD5 (ORS04548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1912
1V-92101-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD5 (ORS04548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1913
1V-92101-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD5 (ORS04548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1914
1V-92102-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CXXC5 (ORS04690), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1915
1V-92102-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CXXC5 (ORS04690), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1916
1V-92102-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CXXC5 (ORS04690), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1917
1V-92103-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV4 (ORS04918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1918
1V-92103-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV4 (ORS04918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1919
1V-92103-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETV4 (ORS04918), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1920
1V-92104-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC2 (ORS05223), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1921
1V-92104-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC2 (ORS05223), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1922
1V-92104-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXC2 (ORS05223), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1923
1V-92105-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN1 (ORS05226), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1924
1V-92105-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN1 (ORS05226), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1925
1V-92105-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXN1 (ORS05226), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1926
1V-92106-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIC2 (ORS05421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1927
1V-92106-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIC2 (ORS05421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1928
1V-92106-7C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIC2 (ORS05421), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1929
1V-92107-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HLX (ORS05434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1930
1V-92107-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HLX (ORS05434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1931
1V-92107-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HLX (ORS05434), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1932
1V-92108-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMG2L1 (ORS05435), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1933
1V-92108-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMG2L1 (ORS05435), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1934
1V-92108-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMG2L1 (ORS05435), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1935
1V-92109-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA7 (ORS05441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1936
1V-92109-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA7 (ORS05441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1937
1V-92109-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA7 (ORS05441), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1938
1V-92110-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC5 (ORS05445), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1939
1V-92110-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC5 (ORS05445), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1940
1V-92110-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC5 (ORS05445), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1941
1V-92111-8A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFY2 (ORS05462), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1942
1V-92111-11B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFY2 (ORS05462), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1943
1V-92111-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSFY2 (ORS05462), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1944
1V-93477-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RCOR1 (FHC02300), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1945
1V-93477-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RCOR1 (FHC02300), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1946
1V-93477-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RCOR1 (FHC02300), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1947
1V-91932-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGF (HsCD00022276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1948
1V-91932-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGF (HsCD00022276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1949
1V-91932-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human VEGF (HsCD00022276), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1950
1V-91687-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EBF1 (FHC01587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1951
1V-91687-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EBF1 (FHC01587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1952
1V-91687-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EBF1 (FHC01587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1953
1V-92118-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDGFA (ORS06310), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1954
1V-92118-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDGFA (ORS06310), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1955
1V-92118-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDGFA (ORS06310), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1956
1V-91943-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT8B (HsCD00082761), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1957
1V-91943-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT8B (HsCD00082761), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1958
1V-91943-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT8B (HsCD00082761), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1959
1V-92140-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT5B (ORS08026), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1960
1V-92140-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT5B (ORS08026), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1961
1V-92140-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human WNT5B (ORS08026), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1962
1V-91691-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB1 (ORH15435P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1963
1V-91691-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB1 (ORH15435P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1964
1V-91691-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXB1 (ORH15435P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1965
1V-90931-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA9 (ORS02765), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1966
1V-90931-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXA9 (ORS02765), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1967
1V-90980-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYC (W01A058N08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1968
1V-90980-10D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYC (W01A058N08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1969
1V-90980-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYC (W01A058N08), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1970
1V-90994-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GRHL2 (FLJ13782), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1971
1V-90994-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GRHL2 (FLJ13782), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1972
1V-90994-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human GRHL2 (FLJ13782), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1973
1V-90997-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS1 (FLJ75737), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1974
1V-90997-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS1 (FLJ75737), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1975
1V-90997-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ETS1 (FLJ75737), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1976
1V-92215-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE3 (ORS20299P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1977
1V-92215-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE3 (ORS20299P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1978
1V-92215-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXE3 (ORS20299P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1979
1V-91189-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF706 (W01A009K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1980
1V-91189-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF706 (W01A009K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1981
1V-91189-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZNF706 (W01A009K07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1982
1V-90727-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YY1 (ORS07394), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1983
1V-90727-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YY1 (ORS07394), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1984
1V-90727-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human YY1 (ORS07394), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1985
1V-90760-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EEF1A1 (ORS08452), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1986
1V-90760-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EEF1A1 (ORS08452), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1987
1V-90760-10C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EEF1A1 (ORS08452), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1988
1V-92237-9A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L3 (ORS30313P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1989
1V-92237-10B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L3 (ORS30313P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1990
1V-92237-12C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXD4L3 (ORS30313P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1991
1V-91487-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC1 (FHC11034), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1992
1V-91487-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC1 (FHC11034), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1993
1V-91487-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SMARCC1 (FHC11034), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1994
1V-91187-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL6 (FXC01416 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1995
1V-91187-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL6 (FXC01416 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1996
1V-91187-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human BCL6 (FXC01416 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1997
1V-91188-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR5A2 (FHC11953 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1998
1V-90753-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYBL2 (ORS09919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES1999
1V-90753-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYBL2 (ORS09919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2000
1V-90753-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MYBL2 (ORS09919), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2001
1V-90758-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIC (ORS08611), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2002
1V-90758-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NFIC (ORS08611), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2003
1V-91183-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF1 (FLJ75130AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2004
1V-91183-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF1 (FLJ75130AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2005
1V-91183-5E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HSF1 (FLJ75130AAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2006
1V-91275-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG3 (IMAGE:40126039), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2007
1V-91275-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG3 (IMAGE:40126039), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2008
1V-91275-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROG3 (IMAGE:40126039), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2009
1V-91297-11D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2C2 (FLJ83708SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2010
1V-91297-9E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2C2 (FLJ83708SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2011
1V-91297-8F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2C2 (FLJ83708SAAN), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2012
1V-90721-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H4A (ORS27693), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2013
1V-90721-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H4A (ORS27693), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2014
1V-90721-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HIST2H4A (ORS27693), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2015
1V-90722-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FXR1 (ORS05245), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2016
1V-90722-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FXR1 (ORS05245), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2017
1V-90722-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FXR1 (ORS05245), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2018
1V-90723-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN1B (ORS04523), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2019
1V-90723-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN1B (ORS04523), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2020
1V-90723-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CDKN1B (ORS04523), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2021
1V-90724-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN1 (ORS07825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2022
1V-90724-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN1 (ORS07825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2023
1V-90724-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN1 (ORS07825), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2024
1V-90728-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EIF4E (ORS08642), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2025
1V-90728-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EIF4E (ORS08642), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2026
1V-90728-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human EIF4E (ORS08642), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2027
1V-90740-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FAM48A (ORS09339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2028
1V-90740-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FAM48A (ORS09339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2029
1V-90740-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FAM48A (ORS09339), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2030
1V-90746-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFZ (ORS10089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2031
1V-90746-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFZ (ORS10089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2032
1V-90746-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human H2AFZ (ORS10089), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2033
1V-91865-8B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KRBA2 (ORS02228), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2034
1V-91865-9C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KRBA2 (ORS02228), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2035
1V-91865-10D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KRBA2 (ORS02228), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2036
1V-91319-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX3 (W01A044B15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2037
1V-91319-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX3 (W01A044B15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2038
1V-91319-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RUNX3 (W01A044B15), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2039
1V-91323-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF1 (W01A053P09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2040
1V-91323-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF1 (W01A053P09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2041
1V-91323-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ATF1 (W01A053P09), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2042
1V-91345-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC9 (W01A053H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2043
1V-91345-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC9 (W01A053H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2044
1V-91345-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC9 (W01A053H05), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2045
1V-90751-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PABPC1 (ORS01562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2046
1V-90751-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PABPC1 (ORS01562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2047
1V-90751-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PABPC1 (ORS01562), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2048
1V-90754-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RPS6KA1 (ORS01797), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2049
1V-90754-2D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human RPS6KA1 (ORS01797), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2050
1V-90756-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SLBP (ORS08804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2051
1V-90756-4D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SLBP (ORS08804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2052
1V-90756-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SLBP (ORS08804), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2053
1V-93497-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DVL2 (FHC03710), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2054
1V-93497-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DVL2 (FHC03710), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2055
1V-93497-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human DVL2 (FHC03710), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2056
1V-91373-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ERG (W01A074B14), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2057
1V-91373-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ERG (W01A074B14), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2058
1V-91373-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ERG (W01A074B14), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2059
1V-93498-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXO3 (FHC22719), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2060
1V-93498-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXO3 (FHC22719), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2061
1V-93498-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FOXO3 (FHC22719), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2062
1V-93499-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D1 (FHC06190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2063
1V-93499-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D1 (FHC06190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2064
1V-93499-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D1 (FHC06190), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2065
1V-93500-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D2 (FHC01850), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2066
1V-93500-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D2 (FHC01850), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2067
1V-93500-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR1D2 (FHC01850), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2068
1V-91362-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX1 (W01A054M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2069
1V-91362-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX1 (W01A054M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2070
1V-91362-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PITX1 (W01A054M07), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2071
1V-91769-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD1 (NM_002500 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2072
1V-91769-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD1 (NM_002500 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2073
1V-91769-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD1 (NM_002500 ), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2074
1V-91770-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD2 (NM_006160.3 (201..1349) / NP_006151.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2075
1V-91770-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD2 (NM_006160.3 (201..1349) / NP_006151.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2076
1V-91770-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NEUROD2 (NM_006160.3 (201..1349) / NP_006151.3), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2077
1V-91684-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD1 (ORH14911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2078
1V-91684-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD1 (ORH14911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2079
1V-91684-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CHD1 (ORH14911), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2080
1V-91686-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F7 (FHC12665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2081
1V-91686-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F7 (FHC12665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2082
1V-91686-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human E2F7 (FHC12665), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2083
1V-91391-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC13 (W01A003B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2084
1V-91391-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC13 (W01A003B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2085
1V-91391-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HOXC13 (W01A003B11), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2086
1V-93502-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A3 (FHC01270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2087
1V-93502-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A3 (FHC01270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2088
1V-93502-1D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR4A3 (FHC01270), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2089
1V-93503-2A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGR (FHC24423), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2090
1V-93503-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGR (FHC24423), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2091
1V-93503-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PGR (FHC24423), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2092
1V-93504-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIM1 (FHC06829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2093
1V-93504-5B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIM1 (FHC06829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2094
1V-93504-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIM1 (FHC06829), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2095
1V-93505-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX5 (FHC11740), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2096
1V-93505-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX5 (FHC11740), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2097
1V-93505-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX5 (FHC11740), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2098
1V-93506-6C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX6 (FHC02819), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2099
1V-93506-1D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX6 (FHC02819), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2100
1V-93506-7E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SOX6 (FHC02819), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2101
1V-93507-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF5 (FHC03285), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2102
1V-93507-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF5 (FHC03285), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2103
1V-93507-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TAF5 (FHC03285), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2104
1V-93508-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF25 (FHC11958), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2105
1V-93508-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF25 (FHC11958), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2106
1V-93508-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF25 (FHC11958), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2107
1V-91689-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGFBP1 (FXC03008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2108
1V-91689-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGFBP1 (FXC03008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2109
1V-91689-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human FGFBP1 (FXC03008), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2110
1V-91690-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN3 (ORH22685P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2111
1V-91690-2B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN3 (ORH22685P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2112
1V-91690-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HMGN3 (ORH22685P), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2113
1V-91693-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM4C (FXC00635), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2114
1V-91693-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM4C (FXC00635), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2115
1V-91693-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human KDM4C (FXC00635), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2116
1V-91694-5A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CERS2 (FXC02587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2117
1V-91694-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CERS2 (FXC02587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2118
1V-91694-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human CERS2 (FXC02587), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2119
1V-91695-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MECOM (FXC03843), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2120
1V-91695-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MECOM (FXC03843), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2121
1V-91695-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human MECOM (FXC03843), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2122
1V-91698-17G
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NPAS2 (FHC12549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2123
1V-91698-11E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NPAS2 (FHC12549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2124
1V-91698-10F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NPAS2 (FHC12549), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2125
1V-91699-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NUPR1 (FXC06214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2126
1V-91699-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NUPR1 (FXC06214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2127
1V-91699-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NUPR1 (FXC06214), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2128
1V-91700-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDLIM1 (FXC02548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2129
1V-91700-8E
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDLIM1 (FXC02548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2130
1V-91700-7F
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human PDLIM1 (FXC02548), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2131
1V-92304-9A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB45 (HsCD00079715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2132
1V-92304-1B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB45 (HsCD00079715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2133
1V-92304-3C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZBTB45 (HsCD00079715), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2134
1V-92305-4A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF1A (HsCD00080024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2135
1V-92305-9D
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF1A (HsCD00080024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2136
1V-92305-1C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human HNF1A (HsCD00080024), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2137
1V-92306-6A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF23 (HsCD00514991), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2138
1V-92306-3B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF23 (HsCD00514991), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2139
1V-92306-4C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human TCF23 (HsCD00514991), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2140
1V-93176-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIPR1 (FHC01528), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2141
1V-93176-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIPR1 (FHC01528), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2142
1V-93176-5C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SIPR1 (FHC01528), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2143
1V-93177-1A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SM1CA (FXC01055), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2144
1V-93177-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SM1CA (FXC01055), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2145
1V-93177-4B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human SM1CA (FXC01055), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2146
1V-93357-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E3 (FHC1121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2147
1V-93357-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E3 (FHC1121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2148
1V-93357-6B
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human NR2E3 (FHC1121), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2149
1V-93359-2C
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMTND10 (FHC02763), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HES2150
1V-93359-3A
CommentCurrently not ready. Genetically-modified human embryonic stem cell line. Please follow the guidelines of the Japanese Government for the procedure.
Comment from the depositortransgene:human ZMTND10 (FHC02763), gene induction system: Tet-ON system, parental cell line: Human Embryonionic stem cells, SEES3, gender: XY, culture medium: AK02, feeder cells: none (Laminin 511 coating)
HEV0011
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06, B*39:01 B*40:02, C*03:04 C*07:02, DRB1*08:02 DRB1*14:06, DQB1*03:01 DQB1*03:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0012
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*31:01 A*33:03, B*40:03 B*44:03, C*03:04 C*14:03, DRB1*04:05 DRB1*08:03, DQB1*04:01 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0013
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*26:03, B*40:01 B*55:02, C*01:02 C*03:03, DRB1*04:05 DRB1*11:01, DQB1*03:01 DQB1*04:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0019
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:02, B*07:02 B*13:01, C*03:04 C*07:02, DRB1*01:01 DRB1*12:02, DQB1*03:01 DQB1*05:01, DPB1*02:02 DPB1*04:02
Comment from the depositor
HEV0022
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*48:01 B*52:01, C*08:03 C*12:02, DRB1*14:07 DRB1*15:02, DQB1*05:02 DQB1*06:01, DPB1*09:01 DPB1*14:01
Comment from the depositor
HEV0023
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:03, B*15:01 B*59:01, C*01:02 C*03:03, DRB1*04:05 DRB1*15:01, DQB1*04:01 DQB1*06:02, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0024
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*13:01 B*40:02, C*03:04 , DRB1*04:10 DRB1*12:02, DQB1*03:01 DQB1*04:02, DPB1*05:01 DPB1*13:01
Comment from the depositor
HEV0031
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*02:10, B*39:01 B*40:06, C*07:02 C*08:01, DRB1*14:03 DRB1*15:01, DQB1*03:01 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0032
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*52:01, C*12:02, DRB1*15:01 DRB1*15:02, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*14:01
Comment from the depositor
HEV0034
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:01, B*07:02 B*15:01, C*03:04 C*07:02, DRB1*04:05 DRB1*14:01, DQB1*04:01 DQB1*05:02, DPB1*05:01
Comment from the depositor
HEV0035
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*54:01 B*67:01, C*01:02 C*07:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0036
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:03, B*15:01 B*40:06, C*03:03 C*15:02, DRB1*08:02 DRB1*09:01, DQB1*03:03 DQB1*04:02, DPB1*02:01
Comment from the depositor
HEV0037
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*54:01, C*01:02, DRB1*04:05, DQB1*04:01, DPB1*05:01
Comment from the depositor
HEV0038
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*13:01 B*51:01, C*03:04 C*15:02, DRB1*04:01 DRB1*12:02, DQB1*03:01, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0039
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:03, B*15:01 B*51:01, C*03:03 C*14:02, DRB1*11:01 DRB1*15:02, DQB1*03:01 DQB1*06:01, DPB1*09:01 DPB1*13:01
Comment from the depositor
HEV0040
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*35:01 B*51:01, C*04:01 C*14:02, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0041
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*07:02 B*35:01, C*03:03 C*07:02, DRB1*01:01 DRB1*08:02, DQB1*04:02 DQB1*05:01, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0042
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*40:01 B*40:03, C*03:04, DRB1*04:05 DRB1*13:01, DQB1*04:01 DQB1*06:03, DPB1*05:01
Comment from the depositor
HEV0043
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*02:07, B*07:02 B*46:01, C*01:02 C*07:02, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*03:01 DPB1*05:01
Comment from the depositor
HEV0045
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:07, B*40:01, B*46:01, C*01:02 C*03:04, DRB1*08:03 DRB1*15:01, DQB1*06:01 DQB1*06:02, DPB1*02:02 DPB1*05:01
Comment from the depositor
HEV0046
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*40:02 B*59:01, C*01:02 C*03:03, DRB1*04:01 DRB1*13:02, DQB1*03:01 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0047
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*46:01 B*55:02, C*01:02, DRB1*08:03, DRB1*15:01, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*02:02
Comment from the depositor
HEV0048
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*33:03, B*44:03 B*59:01, C*01:02 C*14:03, DRB1*04:05 DRB1*13:02, DQB1*04:01 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0049
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*51:01 B*52:01, C*12:02 C*14:02, DRB1*14:03 DRB1*15:02, DQB1*03:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0050
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*35:01 B*54:01, C*01:02 C*08:01, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*03:01 DPB1*09:01
Comment from the depositor
HEV0051
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:02 A*33:03, B*40:06 B*44:03, C*08:01 C*14:03, DRB1*08:02 DRB1*09:01, DQB1*03:02 DQB1*03:03, DPB1*03:01 DPB1*05:01
Comment from the depositor
HEV0052
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*40:02 B*51:01, C*03:04 C*14:02, DRB1*08:02 DRB1*14:03, DQB1*03:01 DQB1*03:02, DPB1*05:01
Comment from the depositor
HEV0053
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*33:03, B*35:01 B*44:03, C*03:03 C*14:03, DRB1*04:05 DRB1*13:02, DQB1*04:01 DQB1*06:04, DPB1*02:01 DPB1*04:01
Comment from the depositor
HEV0054
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*33:03, B*35:01 B*44:03, C*03:03 C*14:03, DRB1*04:05 DRB1*13:02, DQB1*03:02 DQB1*06:04, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0055
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*39:01 B*48:01, C*03:03 C*07:02, DRB1*08:03 DRB1*14:01, DQB1*05:03 DQB1*06:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0056
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0057
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*31:01, B*15:11, C*03:03, DRB1*09:01, DQB1*03:03, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0058
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:03 A*33:03, B*15:01 B*44:03, C*03:03 C*14:03, DRB1*13:02 DRB1*14:06, DQB1*03:01 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0060
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*35:01 B*52:01, C*08:01 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*04:02 DPB1*09:01
Comment from the depositor
HEV0063
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*33:03, B*39:01 B*44:03, C*07:02 C*14:03, DRB1*04:05 DRB1*13:02, DQB1*04:01 DQB1*06:04, DPB1*03:01 DPB1*04:01
Comment from the depositor
HEV0064
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0065
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0066
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*35:01 B*52:01, C*03:03 C*12:02, DRB1*12:01 DRB1*15:02, DQB1*03:01 DQB1*06:01 , DPB1*05:01 DPB1*06:01
Comment from the depositor
HEV0067
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*31:01, B*40:01 B*52:01, C*03:04 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0068
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*07:02 B*56:01, C*04:01 C*07:02, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0069
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0070
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*39:04 B*54:01, C*01:02 C*07:02, DRB1*04:03 DRB1*04:05, DQB1*03:02 DQB1*04:01, DPB1*05:01
Comment from the depositor
HEV0071
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*39:01 B*52:01, C*07:02 C*12:02, DRB1*08:02 DRB1*15:02, DQB1*04:02 DQB1*06:01, DPB1*02:01 DPB1*09:01.Application consideration
Comment from the depositor
HEV0073
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*07:02 B*51:01, C*07:02 C*14:02, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0074
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0077
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*07:02 B*48:01, C*07:02 C*08:01, DRB1*01:01 DRB1*09:01, DQB1*03:01 DQB1*05:01, DPB1*04:02 DPB1*13:01
Comment from the depositor
HEV0078
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0079
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*33:03, B*40:02 B*44:03, C*03:04 C*14:03, DRB1*08:03 DRB1*13:02, DQB1*06:01 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0080
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0082
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*44:03 B*52:01, C*12:02 C*14:03, DRB1*13:02 DRB1*15:01, DQB1*06:02 DQB1*06:04, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0083
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0085
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*07:02 B*55:02, C*03:03 C*07:02, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0086
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*52:01 B*54:01, C*01:02 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0089
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*02:07, B*15:18 B*46:01, C*01:03 C*08:01, DRB1*09:01 DRB1*12:01, DQB1*03:01 DQB1*03:03, DPB1*05:01
Comment from the depositor
HEV0090
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0091
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*02:07, B*15:18 B*46:01, C*01:03 C*08:01, DRB1*09:01 DRB1*12:01, DQB1*03:01 DQB1*03:03, DPB1*05:01
Comment from the depositor
HEV0092
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*07:02 B*13:01, C*03:03 C*07:02, DRB1*01:01 DRB1*12:02, DQB1*03:01 DQB1*05:01 , DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0093
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*35:01 B*40:01, C*03:03 C*03:04, DRB1*08:02 DRB1*14:54, DQB1*03:02 DQB1*05:03, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0095
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*54:01, C*01:02 C*03:04, DRB1*04:05 DRB1*14:01, DQB1*04:01 DQB1*05:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0096
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:03, B*51:01 B*54:01, C*03:04, DRB1*04:05 DRB1*14:54, DQB1*04:01 DQB1*05:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0097
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0098
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*44:03 B*52:01, C*12:02 C*14:03, DRB1*13:02 DRB1*15:01, DQB1*03:01 DQB1*06:04, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0099
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*11:01 B*15:01 B*54:01, C*01:02 C*04:01, DRB1*04:05 DRB1*04:06, DQB1*03:02 DQB1*04:01, DPB1*02:01 DPB1*03:01
Comment from the depositor
HEV0100
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*48:01 B*59:01, C*01:02 C*08:03, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*02:01 DPB1*19:01
Comment from the depositor
HEV0101
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*40:02 B*52:01, C*03:04 C*12:02, DRB1*04:10 DRB1*15:02, DQB1*04:02 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0102
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0104
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*51:01 B*54:01, C*01:02 C*14:02, DRB1*04:05 DRB1*11:01, DQB1*03:01 DQB1*04:01, DPB1*02:01DPB1*05:01
Comment from the depositor
HEV0106
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*33:03, B*44:03 B*54:01, C*01:02 C*14:03, DRB1*04:05 DRB1*08:03, DQB1*04:01 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0109
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0110
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*15:07 B*15:18, C*03:03 C*07:0401, DRB1*04:01 DRB1*04:03, DQB1*03:01 DQB1*03:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0112
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*35:01 B*52:01, C*12:02 C*15:02, DRB1*14:06 DRB1*15:02, DQB1*03:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0114
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*51:01 B*52:01, C*12:02 C*14:02, DRB1*15:01, DRB1*15:02, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0116
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:10 A*24:02, B*40:06 B*52:01, C*08:01 C*12:02, DRB1*14:05 DRB1*15:02, DQB1*05:03 DQB1*06:01, DPB1*02:02 DPB1*09:01
Comment from the depositor
HEV0117
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*33:03, B*44:03 B*56:01, C*04:01 C*14:03, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*02:02 DPB1*05:01
Comment from the depositor
HEV0118
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0120
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*01:01 A*26:01, B*37:01 B*39:01, C*06:02 C*07:02, DRB1*01:01 DRB1*10:01, DQB1*05:01, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0121
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*40:02 B*44:03, C*03:04 C*14:03, DRB1*04:06 DRB1*13:02, DQB1*03:02 DQB1*06:04, DPB1*02:01
Comment from the depositor
HEV0124
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*35:01 B*40:02, C*03:04 C*08:01, DRB1*04:10 DRB1*09:01, DQB1*03:03 DQB1*04:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0126
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*40:02 B*54:01, C*01:02 C*03:04, DRB1*08:03 DRB1*09:01, DQB1*03:03 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0127
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0128
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0130
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*07:02 B*56:01, C*04:01 C*07:02, DRB1*01:01 DRB1*04:05, DQB1*04:01 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0131
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0134
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*07:02 B*44:03, C*07:02 C*14:03, DRB1*01:01 DRB1*13:02, DQB1*05:01 DQB1*06:04, DPB1*04:01 DPB1*04:02
Comment from the depositor
HEV0135
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0136
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0137
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*46:01 B*67:01, C*01:02 C*07:02, DRB1*08:03 DRB1*09:01, DQB1*03:03 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0139
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*26:01, B*40:02 B*54:01, C*01:02 C*03:04, DRB1*09:01 DRB1*15:01, DQB1*03:03 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0140
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0141
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*31:01 A*33:03, B*48:01 B*58:01, C*03:02 C*08:01, DRB1*09:01 DRB1*13:02, DQB1*03:03 DQB1*06:09, DPB1*03:01 DPB1*04:02
Comment from the depositor
HEV0144
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*26:02, B*07:02 B*52:01, C*07:02 C*12:02, DRB1*01:01 DRB1*15:02, DQB1*05:01 DQB1*06:01, DPB1*04:02 DPB1*09:01
Comment from the depositor
HEV0145
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*40:01 B*40:06, C*07:02 C*08:01, DRB1*04:06 DRB1*09:01, DQB1*03:02 DQB1*03:03, DPB1*02:01
Comment from the depositor
HEV0146
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0149
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01 A*31:01, B*07:02 B*51:01, C*07:02 C*14:02, DRB1*01:01 DRB1*14:03, DQB1*03:01 DQB1*05:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0150
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*15:18 B*52:01, C*08:01 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0151
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:02 A*31:01, B*07:02 B*40:06, C*07:02 C*08:01, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0153
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0154
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*26:01, B*15:01 B*52:01, C*12:02 C*15:02, DRB1*09:01 DRB1*15:02, DQB1*03:03 DQB1*06:01, DPB1*03:01 DPB1*09:01
Comment from the depositor
HEV0155
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*15:01 B*51:01, C*03:04 C*04:01, DRB1*04:06 DRB1*14:54, DQB1*03:02 DQB1*05:03, DPB1*02:01
Comment from the depositor
HEV0156
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01 A*26:03, B*35:01 B*40:02, C*03:03 C*03:04, DRB1*14:06 DRB1*15:01, DQB1*03:01 DQB1*06:02, DPB1*05:01
Comment from the depositor
HEV0157
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0160
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*40:01 B*67:01, C*03:04 C*07:02, DRB1*12:01 DRB1*15:01, DQB1*03:01 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0164
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*15:18 B*44:03, C*08:01 C*14:03, DRB1*04:03 DRB1*13:02, DQB1*03:02 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0168
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*39:01 B*55:02, C*01:02 C*07:02, DRB1*04:05 DRB1*08:03, DQB1*04:01 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0170
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0171
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*40:02 B*59:01, C*01:02 C*03:04, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0174
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*33:03, B*35:01 B*44:03, C*03:03 C*14:03, DRB1*04:05 DRB1*15:01, DQB1*04:01 DQB1*06:02, DPB1*05:01
Comment from the depositor
HEV0177
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*54:01 B*59:01, C*01:02, DRB1*04:05 DQB1*04:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0178
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*31:01, B*15:01 B*56:01, C*04:01, DRB1*04:06 DRB1*09:01, DQB1*03:02 DQB1*03:03, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0181
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*40:01 B*55:02, C*01:02 C*03:04, DRB1*04:05, DQB1*04:01, DPB1*05:01
Comment from the depositor
HEV0182
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0183
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0186
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*39:04 B*40:02, C*03:04 C*07:02, DRB1*04:06 DRB1*09:01, DQB1*03:02 DQB1*03:03, DPB1*02:01
Comment from the depositor
HEV0188
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:20 A*33:03, B*44:03 B*51:01, C*14:02 C*14:03, DRB1*09:01 DRB1*12:01, DQB1*03:02 DQB1*03:03, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0190
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:28 B*52:01, C*03:03 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0191
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0192
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:07 A*24:02, B*46:01 B*52:01, C*01:02 C*12:02, DRB1*08:03 DRB1*15:02, DQB1*06:01, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0195
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:01 B*52:01, C*07:02 C*12:02, DRB1*15:01 DRB1*15:02, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0196
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0198
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*52:01 B*59:01, C*01:02 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*04:02 DPB1*09:01
Comment from the depositor
HEV0199
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0201
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*01:01 A*11:01, B*07:02 B*54:01, C*01:02 C*07:02, DRB1*01:01 DRB1*04:05, DQB1*03:03 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0203
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0207
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*07:02 X, C*03:03 C*07:02, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0208
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:20, B*15:18 B*40:06, C*08:01, DRB1*12:01 DRB1*14:06, DQB1*03:01, DPB1*05:01
Comment from the depositor
HEV0209
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0213
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:18 A*33:03, B*44:03 B*46:01, C*01:02 C*14:03, DRB1*04:05 DRB1*08:03, DQB1*04:01 DQB1*06:01, DPB1*02:01 DPB1*02:02
Comment from the depositor
HEV0217
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*11:01, B*15:01 B*35:01, C*03:03 C*04:01, DRB1*04:06 DRB1*15:01, DQB1*03:02 DQB1*06:02, DPB1*03:01 DPB1*05:01
Comment from the depositor
HEV0218
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*15:07 B*44:02, C*03:03 C*05:01, DRB1*04:03 DRB1*13:01, DQB1*03:02 DQB1*06:03, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0220
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*54:01 B*55:02, C*01:02, DRB1*09:01 DRB1*11:01, DQB1*03:01 DQB1*03:03, DPB1*05:01 DPB1*13:01
Comment from the depositor
HEV0221
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*39:02 B*40:06, C*07:02 C*08:01, DRB1*09:01 DRB1*12:01, DQB1*03:01 DQB1*03:03, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0224
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:07. B*40:01 B*46:01, C*01:02 C*15:02, DRB1*08:03 DRB1*14:05, DQB1*05:03 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0227
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:03 A*31:01, B*35:01 B*51:01, C*03:03 C*14:02, DRB1*04:03 DRB1*15:02, DQB1*03:02 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0229
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0230
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:06 B*07:02 B*40:01, C*03:03 C*07:02, DRB1*01:01 DRB1*08:03, DQB1*05:01 DQB1*06:01, DPB1*03:01 DPB1*05:01
Comment from the depositor
HEV0232
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*15:01 B*54:01, C*01:02 C*03:03, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0234
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*33:03, B*40:01 B*44:03, C*03:04 C*14:03, DRB1*13:02 DRB1*14:01, DQB1*05:03 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0236
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*31:01, B*51:01 B*54:01, C*01:02 C*15:02, DRB1*08:03 DRB1*15:01, DQB1*06:01 DQB1*06:02, DPB1*05:01
Comment from the depositor
HEV0238
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:01 B*39:01, C*04:01 C*07:02, DRB1*04:06 DRB1*12:01, DQB1*03:01 DQB1*03:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0240
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*48:01 B*52:01, C*08:01 C*12:02, DRB1*15:01 DRB1*15:02, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0244
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*35:01 B*44:02, C*05:01 C*08:01, DRB1*04:10 DRB1*12:01, DQB1*03:03 DQB1*04:02, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0245
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0248
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*31:01, B*40:06 B*44:03, C*03:04 C*14:03, DRB1*09:01 DRB1*13:02, DQB1*03:03 DQB1*06:04, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0250
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0251
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*40:06, C*08:01, DRB1*09:01, DQB1*03:03, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0256
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*33:03, B*15:01 B*44:03, C*03:03 C*14:03, DRB1*08:03 DRB1*14:06, DQB1*03:01 DQB1*06:01, DPB1*03:01 DPB1*05:01
Comment from the depositor
HEV0257
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0260
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*52:01 B*54:01, C*01:02 C*12:02, DRB1*08:03 DRB1*15:01, DQB1*06:01 DQB1*06:02, DPB1*05:01 DPB1*14:01
Comment from the depositor
HEV0261
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0262
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0266
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*33:03, B*35:01 B*44:03, C*03:03 C*14:03, DRB1*04:10 DRB1*13:02, DQB1*04:02 DQB1*06:04, DPB1*03:01 DPB1*04:01
Comment from the depositor
HEV0270
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0271
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01, B*48:01 B*51:01, C*08:01 C*15:02, DRB1*09:01, DQB1*03:03 , DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0272
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0277
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*31:01 A*33:03, B*44:03 B*51:01, C*14:02 C*14:03, DRB1*13:02 DRB1*14:03, DQB1*03:01 DQB1*06:04, DPB1*02:01 DPB1*04:01
Comment from the depositor
HEV0283
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0284
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*07:02 B*40:06, C*07:02 C*08:01, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*05:01
Comment from the depositor
HEV0285
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0288
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*07:02 B*44:03, C*07:02 C*14:03, DRB1*01:01 DRB1*13:02, DQB1*05:01 DQB1*06:04, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0290
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0292
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*52:01, C*12:02, DRB1*15:02, DQB1*06:01, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0293
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0295
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:03, B*40:01 B*40:02, C*15:02, DRB1*08:03 DRB1*14:54, DQB1*05:02 DQB1*06:01, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0296
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*44:03 B*52:01, C*12:02 C*14:03, DRB1*04:06 DRB1*13:02, DQB1*03:02 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0299
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0300
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:27 B*35:01, C*03:03 C*04:01, DRB1*04:03 DRB1*12:01, DQB1*03:01 DQB1*03:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0301
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:06, B*35:01 B*39:01, C*03:03 C*07:02, DRB1*09:01 DRB1*14:06, DQB1*03:01 DQB1*03:03, DPB1*05:01
Comment from the depositor
HEV0303
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0304
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*31:01, B*40:02 B*44:03, C*03:04 C*14:03, DRB1*09:01 DRB1*13:02, DQB1*03:03 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0305
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0307
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*46:01 B*54:01, C*01:02 , DRB1*04:05 DRB1*08:03, DQB1*04:01 DQB1*06:01, DPB1*05:01
Comment from the depositor
HEV0308
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0311
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01, B*35:01 B*52:01, C*03:03 C*12:02, DRB1*15:01 DRB1*15:02, DQB1*06:01 DQB1*06:02, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0312
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0315
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01 A*33:03, B*44:03 B*52:01, C*12:02 C*14:03, DRB1*13:02 DRB1*15:02, DQB1*06:01 DQB1*06:04, DPB1*04:01 DPB1*09:01
Comment from the depositor
HEV0317
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0322
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0324
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*51:01 B*52:01, C*12:02 C*14:02, DRB1*08:02 DRB1*15:02, DQB1*04:02 DQB1*06:01, DPB1*04:02 DPB1*09:01
Comment from the depositor
HEV0325
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*35:01 B*51:01, C*03:03 C*15:02, DRB1*04:05 DRB1*04:10, DQB1*04:01 DQB1*04:02, DPB1*02:01 DPB1*03:01
Comment from the depositor
HEV0327
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*07:02 B*46:01, C*03:04 C*07:02, DRB1*01:01 DRB1*08:03, DQB1*05:01 DQB1*06:01, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0330
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:03, B*15:01 B*52:01, C*03:03 C*12:02, DRB1*13:02 DRB1*15:02, DQB1*06:01 DQB1*06:04, DPB1*05:01 DPB1*09:01
Comment from the depositor
HEV0333
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*40:01 B*48:01, C*03:03 C*03:04, DRB1*11:01 DRB1*14:54, DQB1*03:01 DQB1*05:03, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0336
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*31:01, B*40:02 B*55:02, C*01:02 C*03:04, DRB1*08:02 DRB1*15:01, DQB1*03:02 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0337
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0338
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0340
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*15:07 B*52:01, C*01:02 C*12:02, DRB1*04:03 DRB1*15:01, DQB1*03:02 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0342
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*38:0201 B*51:01, C*07:02 C*14:02, DRB1*08:03 DRB1*09:01 , DQB1*03:01 DQB1*03:03, DPB1*05:01 DPB1*14:01
Comment from the depositor
HEV0343
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0345
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0349
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*07:02 B*39:01, C*07:02, DRB1*01:01 DRB1*04:05, DQB1*04:01 DQB1*05:01, DPB1*05:01
Comment from the depositor
HEV0350
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0351
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:53N A*26:01, B*39:01 B*54:01, C*01:02 C*07:02, DRB1*14:05 DRB1*15:01, DQB1*05:03 DQB1*06:02, DPB1*04:02 DPB1*05:01
Comment from the depositor
HEV0352
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0356
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*24:02, B*13:01 B*48:01, C*03:04 C*08:01, DRB1*09:01 DRB1*12:02, DQB1*03:01 DQB1*03:03, DPB1*02:01 DPB1*04:02
Comment from the depositor
HEV0358
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0363
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:07 A*24:20, B*46:01 B*55:02, C*01:02 C*07:02, DRB1*08:03 , DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0370
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:02, B*40:01 B*40:06, C*03:04 C*08:01, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0375
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*44:03 B*52:01, C*12:02 C*14:03, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0377
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0378
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0380
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*35:01 B*52:01, C*03:03 C*12:02, DRB1*14:54 DRB1*15:01, DQB1*05:03 DQB1*06:02, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0384
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:01, B*40:02 B*51:02, C*03:04 C*08:01, DRB1*09:01 , DQB1*03:03, DPB1*02:01 DPB1*03:01
Comment from the depositor
HEV0386
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*01:01 A*02:01, B*15:01 B*40:06, C*06:02 C*08:01, DRB1*04:05 DRB1*09:01, DQB1*03:03 DQB1*04:01, DPB1*04:01 DPB1*04:02
Comment from the depositor
HEV0388
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*15:01 B*35:01, C*01:02 C*03:03, DRB1*08:03 DRB1*09:01, DQB1*03:03 DQB1*06:01, DPB1*03:01 DPB1*19:01
Comment from the depositor
HEV0390
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0391
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0396
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*39:01 B*55:02, C*01:02 C*07:02, DRB1*04:10 DRB1*15:01, DQB1*04:02 DQB1*06:02, DPB1*02:02 DPB1*03:01
Comment from the depositor
HEV0399
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0400
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01 A*33:03, B*35:01 B*44:03, C*03:03 C*14:03, DRB1*04:01 DRB1*12:01, DQB1*03:01 DQB1*03:03, DPB1*05:01DPB1*14:01
Comment from the depositor
HEV0401
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*33:03, B*40:02 B*44:03, C*03:04 C*14:03, DRB1*09:01 DRB1*13:02, DQB1*03:03 DQB1*06:04, DPB1*04:01 DPB1*05:01
Comment from the depositor
HEV0404
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02, B*07:02 B*51:01, C*07:02 C*14:02, DRB1*01:01 DRB1*04:06, DQB1*03:02 DQB1*05:01, DPB1*04:02 DPB1*13:01
Comment from the depositor
HEV0408
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:01 B*40:06, C*04:01 C*08:01, DRB1*04:06 DRB1*09:01, DQB1*03:02 DQB1*03:03, DPB1*05:01 X
Comment from the depositor
HEV0410
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*11:01, B*44:03 B*67:01, C*07:02 C*14:03, DRB1*15:02 DRB1*16:02, DQB1*05:02 DQB1*06:01, DPB1*02:02 DPB1*09:01
Comment from the depositor
HEV0415
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:06, B*51:01, C*14:02, DRB1*04:10 DRB1*14:03, DQB1*03:01 DQB1*04:02, DPB1*02:01 DPB1*03:01
Comment from the depositor
HEV0421
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*11:01, B*40:01 B*48:01, C*03:04 C*08:03, DRB1*09:01 DRB1*15:01, DQB1*03:03 DQB1*06:02, DPB1*02:01
Comment from the depositor
HEV0424
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0425
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0428
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:01, B*40:02 B*52:01, C*03:04 C*12:02, DRB1*08:02 DRB1*15:02, DQB1*03:02 DQB1*06:01, DPB1*02:01 DPB1*09:01
Comment from the depositor
HEV0430
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0431
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0436
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*35:01 B*46:01, C*01:02 C*03:03, DRB1*08:03 DRB1*15:01, DQB1*06:01 DQB1*06:02, DPB1*02:02 DPB1*05:01
Comment from the depositor
HEV0438
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0440
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:01, B*40:02 B*54:01, C*01:02 C*03:04, DRB1*01:01 DRB1*09:01, DQB1*03:03 DQB1*05:01, DPB1*05:01
Comment from the depositor
HEV0442
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:06 A*24:02, B*15:11 B*59:01, C*01:02 C*03:03, DRB1*04:05 DRB1*12:01, DQB1*03:01 DQB1*04:01, DPB1*02:02 DPB1*04:02
Comment from the depositor
HEV0444
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0445
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Vaginal cancer patient.
Comment from the depositor
HEV0448
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*26:01, B*40:01 B*40:02, C*03:04 C*15:02, DRB1*08:03 DRB1*09:01, DQB1*03:03 DQB1*06:01, DPB1*04:01 DPB1*13:01
Comment from the depositor
HEV0451
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0455
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*11:01, B*13:01 B*48:01 C*03:04 C*08:03, DRB1*12:02 DRB1*15:01, DQB1*03:01 , DPB1*02:01
Comment from the depositor
HEV0456
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0459
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0463
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*33:03, B*15:11 B*52:01, C*03:03 C*12:02, DRB1*09:01 DRB1*15:02, DQB1*03:03 DQB1*06:01, DPB1*05:01DPB1*09:01
Comment from the depositor
HEV0465
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0466
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0469
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*11:01 A*31:01, B*15:01, C*03:04 C*04:01, DRB1*04:06 DRB1*11:01, DQB1*03:02, DPB1*02:01
Comment from the depositor
HEV0470
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0477
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*26:01 A*31:01, B*48:01 B*51:01, C*03:03 C*14:02, DRB1*08:02 DRB1*08:03, DQB1*04:02 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0482
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*15:11 B*52:01, C*03:03 C*12:02, DRB1*14:54 DRB1*15:02, DQB1*03:01 DQB1*06:01, DPB1*05:01 DPB1*13:01
Comment from the depositor
HEV0485
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*39:01 B*48:01, C*07:02 C*08:01, DRB1*04:05 DRB1*11:01, DQB1*03:01 DQB1*04:01, DPB1*02:01 DPB1*02:02
Comment from the depositor
HEV0487
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Breast cancer patient.
Comment from the depositor
HEV0492
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*31:01, B*35:01 B*52:01, C*04:01 C*12:02, DRB1*09:01 DRB1*15:02, DQB1*03:03 DQB1*06:01, DPB1*02:01 DPB1*05:01
Comment from the depositor
HEV0496
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*24:02, B*40:01 B*52:01, C*03:04 C*12:02, DRB1*04:05 DRB1*15:02, DQB1*04:01 DQB1*06:01, DPB1*02:01
Comment from the depositor
HEV0498
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*24:02 A*26:02, B*07:43 B*40:02, C*03:04 C*07:02, DRB1*07:01 DRB1*14:54, DQB1*02:02 DQB1*05:03, DPB1*02:01
Comment from the depositor
HEV0499
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. Cervical cancer patient.
Comment from the depositor
HEV0500
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. HLA A*02:01 A*02:07, B*15:01 B*46:01, C*01:02 C*03:03, DRB1*08:03 DRB1*09:01, DQB1*03:03 DQB1*06:01, DPB1*02:02 DPB1*05:01
Comment from the depositor
HPS0002
253G1
CommentHuman iPS cell line. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0003
HiPS-RIKEN-1A
CommentHuman iPS cell line. Parent cell line of RCB0436 HUC-F2. Cryopreserved by vitrification method.
Comment from the depositor
HPS0009
HiPS-RIKEN-2A
CommentHuman iPS cell line. Parent cell line of RCB0197 HUC-Fm. Cryopreserved by vitrification method.
Comment from the depositor
HPS0014
HiPS-RIKEN-2F
CommentHuman iPS cell line. Parent cell line of RCB0197 HUC-Fm. Cryopreserved by vitrification method.
Comment from the depositor
HPS0029
HiPS-RIKEN-12A
CommentHuman iPS cell line. Cryopreserved by vitrification method.
Comment from the depositor
HPS0045
HiPS-RIKEN-5A
CommentDisease specific iPS cell line derived from a patient : Wilson's disease (RCB0395 NCU-F8). The analysis performed by RIKEN BRC indicated mutations in ATP7B gene; 2333G>T (p.R778L) in one allele and 2495A>G (p.K832R) and c.2855G>A (p.R952K) in another allele. Cryopreserved by vitrification method.
Comment from the depositor
HPS0049
HiPS-RIKEN-7A
CommentDisease specific iPS cell line derived from a patient : Wilson's disease (RCB0390 NCU-F3). The analysis performed by RIKEN BRC indicated mutations in ATP7B gene; 3104G>T (p.G1035V) in one allele and 3784G>T (p.V1262F) in another allele. Cryopreserved by vitrification method.
Comment from the depositor
HPS0053
HiPS-RIKEN-9A
CommentDisease specific iPS cell line derived from a patient : Wilson's disease (RCB0391 NCU-F4). The analysis performed by RIKEN BRC indicated mutations in ATP7B gene; 3104G>T (p.G1035V) in one allele and 3784G>T (p.V1262F) in another allele. Cryopreserved by vitrification method.
Comment from the depositor
HPS0057
297A1
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. Cryopreserved by vitrification method.
Comment from the depositor
HPS0058
297F1
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. Cryopreserved by vitrification method.
Comment from the depositor
HPS0059
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0060
CommentDisease specific iPS cell line derived from a patient : Dementia of Alzheimer's type. HPS0060, HPS0812, HPS0813, HPS0814, HPS0815, HPS0816, HPS0817 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0061
59M8
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0062
K10M5
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0063
201B7
CommentHuman iPS cell line. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method. Feeder-less 201B7 is also available as HPS4290 : 201B7-Ff.
Comment from the depositor
HPS0064
CommentDisease specific iPS cell line derived from a patient : Glycogen storage disease, Type 1b. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0070
CommentDisease specific iPS cell line derived from a patient : Mitochondrial myopathy, Encephalopathy, Lactic acidosis, and Stroke-like episodes. HPS0071 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0071
CommentDisease specific iPS cell line derived from a patient : Mitochondrial myopathy, Encephalopathy, Lactic acidosis, and Stroke-like episodes. HPS0070 was derived from the same patient.iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0072
K11PD17
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0073
K21S4
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0074
K31M28
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0075
K32M17
CommentDisease specific iPS cell line derived from a patient : Pigmentary degeneration of the retina. Cryopreserved by vitrification method.
Comment from the depositor
HPS0076
409B2
CommentHuman iPS cell line. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 are derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0077
454E2
CommentStopped distribution temporarily. Human iPS cell line. Cryopreserved by vitrification method. Application consideration. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0078
CommentDisease specific iPS cell line derived from a patient : Bernard-Soulier syndorome. Cryopreserved by vitrification method.
Comment from the depositor
HPS0082
iPWS5
CommentDisease specific iPS cell line derived from a patient : Prader Willi syndrome (RCB1560 PWS-Yamaguchi). del(15) was found in lymphocytes of the patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0083
iCK2
CommentDisease specific iPS cell line derived from a patient : Cockayne's syndrome (RCB0397 NCU-F10). HPS0085 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0085
iCK10
CommentDisease specific iPS cell line derived from a patient : Cockayne's syndrome (RCB0397 NCU-F10). HPS0083 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0087
iOTC4
CommentDisease specific iPS cell line derived from a patient : Ornithinetranscarbamylase deficiency (RCB0492 OTCD1TKB). iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0117
CiRA086Ai-m1
CommentDisease specific iPS cell line derived from a patient : Chronic infantile neurological cutaneous and articular (CINCA) syndrome (somatic mosaicism). Cryopreserved by vitrification method. Application consideration.
Comment from the depositor
HPS0119
CiRA188Ai-M1
CommentDisease specific iPS cell line derived from a patient : Chronic infantile neurological cutaneous and articular (CINCA) syndrome (somatic mosaicism). HPS0120 was derived from the same patient. Cryopreserved by vitrification method. Application consideration.
Comment from the depositor
HPS0120
CiRA188Ai-W1
CommentDisease specific iPS cell line derived from a patient : Chronic infantile neurological cutaneous and articular (CINCA) syndrome (somatic mosaicism). HPS0119 was derived from the same patient. Cryopreserved by vitrification method. Application consideration.
Comment from the depositor
HPS0129
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (classical, with UMN). HPS0130 was derived from the same patient. iPS cells were created using the Sendai virus vector. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0130
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (classical, with UMN). HPS0129 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0133
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Miyoshi type (Miyoshi myopathy). iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0134
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (pseudo-polyneuritic, w/o UMN). iPS cells were created using the Sendai virus vector. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0136
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (pseudo-polyneuritic, w/o UMN). HPS0134 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0140
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Familial type. HPS0141 and HPS0142 were derived from the same patient. iPS cells were created using the Sendai virus vector. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0141
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Familial type. HPS0140 and HPS0142 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0142
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Familial type. HPS0140 and HPS0141 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0143
CommentDisease specific iPS cell line derived from a patient : Congenital fiber type disproportion disease. HPS0144 and HPS0145 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0144
CommentDisease specific iPS cell line derived from a patient : Congenital fiber type disproportion disease. HPS0143 and HPS0145 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0145
CommentDisease specific iPS cell line derived from a patient : Congenital fiber type disproportion disease. HPS0143 and HPS0144 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0146
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (bulbar, with UMN). HPS0147 and HPS0148 were derived from the same patient. iPS cells were created using the Sendai virus vector. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0147
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (bulbar, with UMN). HPS0146 and HPS0148 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0148
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS), Sporadic type (bulbar, with UMN). HPS0146 and HPS0147 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0149
iTS1
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Tay-Sachs' disease (RCB0697 GM2-1TKB)). iPS cells were created using the Sendai virus vector. HPS0150 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0150
iTS2
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Tay-Sachs' disease (RCB0697 GM2-1TKB)). iPS cells were created using the Sendai virus vector. HPS0149 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0156
CommentDisease specific iPS cell line derived from a patient : Bardet-Biedl syndrome. HPS0157 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0157
CommentDisease specific iPS cell line derived from a patient : Bardet-Biedl syndrome. HPS0156 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0158
CommentDisease specific iPS cell line derived from a patient : Spinal muscular atrophy type 1. Cryopreserved by vitrification method.
Comment from the depositor
HPS0164
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0169
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. HPS0171 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0171
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. HPS0169 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0174
CommentDisease specific iPS cell line derived from a patient : Dermatomyositis (DM). iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0175
CommentDisease specific iPS cell line derived from a patient : Pompe's disease. HPS0176 and HPS0177 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0176
CommentDisease specific iPS cell line derived from a patient : Pompe's disease. HPS0175 and HPS0177 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0177
CommentDisease specific iPS cell line derived from a patient : Pompe's disease. HPS0175 and HPS0176 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0178
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS0179 and HPS0180 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0179
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS0178 and HPS0180 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0180
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS0178 and HPS0179 new derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0183
CommentDisease specific iPS cell line derived from a patient : Inclusion body myositis. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0184
CommentDisease specific iPS cell line derived from a patient : Systematic Sclerosis (SSc). HPS0185 and HPS0186 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0185
CommentDisease specific iPS cell line derived from a patient : Systematic Sclerosis (SSc). HPS0184 and HPS0186 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0186
CommentDisease specific iPS cell line derived from a patient : Systematic Sclerosis (SSc). HPS0184 and HPS0185 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0191
CommentDisease specific iPS cell line derived from a patient : Bernard-Soulier syndrome. Cryopreserved by vitrification method.
Comment from the depositor
HPS0192
CommentDisease specific iPS cell line derived from a patient : Allergic rhinitis (Pollen allergy). Cryopreserved by vitrification method.
Comment from the depositor
HPS0200
CommentDisease specific iPS cell line derived from a patient :Muscular dystrophy, Limb-girdle type. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0207
CommentDisease specific iPS cell line derived from a patient : X-Linked α-Thalassemia, Mental Retardation Syndrome (ATR-X syndrome). HPS0208 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0208
CommentDisease specific iPS cell line derived from a patient : X-Linked α-Thalassemia, Mental Retardation Syndrome (ATR-X syndrome). HPS0207 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0209
CommentDisease specific iPS cell line derived from a patient : Pulmonary hypertension. HPS0210 and HPS0211 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0210
CommentDisease specific iPS cell line derived from a patient : Pulmonary hypertension. HPS0209 and HPS0211 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0211
CommentDisease specific iPS cell line derived from a patient : Pulmonary hypertension. HPS0209 and HPS0210 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0214
CommentDisease specific iPS cell line derived from a patient : Ehlers-Danlos syndrome, Kosho Type. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0215
CommentDisease specific iPS cell line derived from a patient : Moyamoya disease. HPS0216 and HPS0217 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0216
CommentDisease specific iPS cell line derived from a patient : Moyamoya disease. HPS0215 and HPS0217 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0217
CommentDisease specific iPS cell line derived from a patient : Moyamoya disease. HPS0215 and HPS0216 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0223
Nips-B2
CommentHuman iPS cell line. iPS cells were created using the Sendai virus vector. Past history : atopic asthma. Cryopreserved by vitrification method.
Comment from the depositor
HPS0224
CommentDisease specific iPS cell line derived from a patient : Amyloid neuropathy, Familial type. HPS0226 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0226
CommentDisease specific iPS cell line derived from a patient : Amyloid neuropathy, Familial type. HPS0224 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0227
CommentDisease specific iPS cell line derived from a patient : Amyloid neuropathy. HPS0228 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0228
CommentDisease specific iPS cell line derived from a patient : Amyloid neuropathy, Familial type. HPS0227 was derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0233
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Becker type. HPS0234 was derived from the same patient.iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0234
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Becker type. HPS0233 was derived from the same patient.iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0240
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Metachromatic leukodystrophy (MLD)). iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0247
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0248
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0249
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Cryopreserved by vitrification method.
Comment from the depositor
HPS0250
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0251
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0251, HPS1719 were derived from the same patient. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0252
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0252, HPS1720 were derived from the same patient. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0253
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0255
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0256
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0257
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0258
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0263
CommentDisease specific iPS cell line derived from a patient : Huntington's disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0264
CiRA-PD00021
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0265
CommentDisease specific iPS cell line derived from a patient : Adenosine deaminase deficiency (ADA). HPS0266 and HPS0267 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0266
CommentDisease specific iPS cell line derived from a patient : Adenosine deaminase deficiency (ADA). HPS0265 and HPS0267 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0267
CommentDisease specific iPS cell line derived from a patient : Adenosine deaminase deficiency (ADA). HPS0265 and HPS0266 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0270
CommentDisease specific iPS cell line derived from a patient : Atopic dermatitis. HPS0271 and HPS0272 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0271
CommentDisease specific iPS cell line derived from a patient : Atopic dermatitis. HPS0270 and HPS0272 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0272
CommentDisease specific iPS cell line derived from a patient : Atopic dermatitis. HPS0270 and HPS0271 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0288
iPS-WS2-C5
CommentDisease specific iPS cell line derived from a patient : Werner syndrome. Cryopreserved by vitrification method.
Comment from the depositor
HPS0290
CiRA00022
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0290, HPS0291, HPS0327 were derived from the same patient. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0291
CiRA00023
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0290, HPS0291, HPS0327 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0292
CiRA00024
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0292, HPS0293, HPS0294, HPS1717 were derived from the same patient. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0293
CiRA00025
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0292, HPS0293, HPS0294, HPS1717 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0294
CiRA00026
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0292, HPS0293, HPS0294, HPS1717 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0296
32R2
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0312
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. HPS0313 and HPS0314 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0313
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. HPS0312 and HPS0314 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0314
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. HPS0312 and HPS0313 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0317
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type (manifesting carrier). The source of this cell line is fibroblasts derived from skeletal muscle tissue. HPS0317, HPS0318, HPS0319, HPS0320, HPS0321, HPS0322, HPS0323, HPS0324, HPS0325 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0319
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type (manifesting carrier). The source of this cell line is fibroblasts derived from skeletal muscle tissue. HPS0317, HPS0318, HPS0319, HPS0320, HPS0321, HPS0322, HPS0323, HPS0324, HPS0325 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0322
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type (manifesting carrier). The source of this cell line is fibroblasts derived from skeletal muscle tissue. HPS0317, HPS0318, HPS0319, HPS0320, HPS0321, HPS0322, HPS0323, HPS0324, HPS0325 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0323
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type (manifesting carrier). The source of this cell line is fibroblasts derived from skeletal muscle tissue. HPS0317, HPS0318, HPS0319, HPS0320, HPS0321, HPS0322, HPS0323, HPS0324, HPS0325 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0326
32R6
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0327
CiRA00021
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0290, HPS0291, HPS0327 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0328
606A1
CommentHuman iPS cell line derived from a healthy individual (cord blood) . HPS0328, HPS0329 was derived from the same person. Cryopreserved by vitrification method. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0329
606B1
CommentCurrently not ready. Human iPS cell line derived from a healthy individual (cord blood) . HPS0328, HPS0329 was derived from the same person. Cryopreserved by vitrification method. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0330
610A2
CommentCurrently not ready. Human iPS cell line derived from a healthy individual (cord blood) . HPS0330, HPS0331 was derived from the same person. Cryopreserved by vitrification method. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0331
610B1
CommentHuman iPS cell line derived from a healthy individual (cord blood) . HPS0330, HPS0331 was derived from the same person. Cryopreserved by vitrification method. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0332
CommentDisease specific iPS cell line derived from a patient : Hypophosphatasia, perinatal type. Cryopreserved by vitrification method.
Comment from the depositor
HPS0333
CommentDisease specific iPS cell line derived from a patient : Hypophosphatasia, perinatal type. Cryopreserved by vitrification method.
Comment from the depositor
HPS0334
CommentDisease specific iPS cell line derived from a patient : Chronic granulomatous disease (CGD), p47phox-deficiency. HPS0335 and HPS0336 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0335
CommentDisease specific iPS cell line derived from a patient : Chronic granulomatous disease (CGD), p47phox-deficiency. HPS0334 and HPS0336 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0336
CommentDisease specific iPS cell line derived from a patient : Chronic granulomatous disease (CGD), p47phox-deficiency. HPS0334 and HPS0335 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0337
CommentDisease specific iPS cell line derived from a patient : X-linked Chronic granulomatous disease (X-CGD), gp91phox-deficiency). HPS0338 and HPS0339 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0338
CommentDisease specific iPS cell line derived from a patient : X-linked Chronic granulomatous disease (X-CGD), gp91phox-deficiency). HPS0337 and HPS0339 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0339
CommentDisease specific iPS cell line derived from a patient : X-linked Chronic granulomatous disease (X-CGD), gp91phox-deficiency). HPS0337 and HPS0338 were derived from the same patient. iPS cells were created using the Sendai virus vector. Cryopreserved by vitrification method.
Comment from the depositor
HPS0351
VCP-#1
CommentDisease specific iPS cell line derived from a patient : Inclusion body myositis. HPS0352 and HPS0353 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0352
VCP-#2
CommentDisease specific iPS cell line derived from a patient : Inclusion body myositis. HPS0351 and HPS0353 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0353
VCP-#4
CommentDisease specific iPS cell line derived from a patient : Inclusion body myositis. HPS0351 and HPS0352 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0354
585A1
CommentHuman iPS cell line derived from a healthy individual (peripheral blood). Established with episomal vector. Oct3/4, Sox2, Klf4, L-Myc, Lin28 and shRNA against p53 were used for establishment. Cryopreserved by vitrification method.
Comment from the depositor
HPS0360
648A1
CommentHuman iPS cell line derived from a healthy individual (peripheral blood)l. Established with episomal vector and no exogenous gene is present in the cell line. Oct3/4, Sox2, Klf4, L-Myc, Lin28 and shRNA against p53 were used for establishment. Cryopreserved by vitrification method. Please see CiRA Foundation, if you are a researcher at a for-profit organization.
Comment from the depositor
HPS0376
CiRA00041
CommentDisease specific iPS cell line derived from a patient : Fibrodysplasia ossificans progressiva (FOP).HPS0377 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0377
CiRA00042
CommentDisease specific iPS cell line derived from a patient : Fibrodysplasia ossificans progressiva (FOP).HPS0376 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0378
CiRA00043
CommentDisease specific iPS cell line derived from a patient : Fibrodysplasia ossificans progressiva (FOP). Cryopreserved by vitrification method.
Comment from the depositor
HPS0379
1201C1
CommentHuman iPS cell line derived from a healthy individual. HPS0379, HPS0380, HPS0381, HPS4293 was derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0380
1205D1
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS0379, HPS0380, HPS0381, HPS4293 was derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS0381
1231A3
CommentHuman iPS cell line derived from a healthy individual. HPS0379, HPS0380, HPS0381, HPS4293 was derived from the same person.
Comment from the depositor
HPS0383
CiRA00111
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type (deletion of exon 44, dystrophin gene). HPS0384, HPS0385, HPS0386 and HPS0387 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0384
CiRA00111-IF-D28
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. Correction of the dystrophin gene. HPS0383, HPS0385, HPS0386 and HPS0387 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositorTo restore Dystrophin gene reading frame, one base was introduced to exon 45 by using TALEN.
HPS0385
CiRA00111-ES-H19
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. Correction of the dystrophin gene. HPS0383, HPS0384, HPS0386 and HPS0387 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositorTo restore Dystrophin gene reading frame by exon skipping, 18 bp deletion was introduced at the splicing acceptor of the exon 45 by using TALEN.
HPS0386
CiRA00111-TKI-I15
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. Correction of the dystrophin gene. HPS0383, HPS0384, HPS0385 and HPS0387 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositorTo restore Dystrophin gene, exon 44 was inserted in front of the exon 45 via TALEN mediated homologous recombination. Hygromycin resistance cassette was removed by Cre recombinase, hence a single loxP sequence remain in intron 44.
HPS0387
CiRA00111-CKI-C2
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Duchenne type. Correction of the dystrophin gene. HPS0383, HPS0384, HPS0385 and HPS0386 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositorTo restore Dystrophin gene, exon 44 was inserted in front of the exon 45 via CRISPR-Cas9 mediated homologous recombination. Hygromycin resistance cassette was removed by Cre recombinase, hence a single loxP sequence remain in intron 44.
HPS0388
CommentDisease specific iPS cell line derived from a patient : Achondroplasia. Cryopreserved by vitrification method.
Comment from the depositor
HPS0390
CommentDisease specific iPS cell line derived from a patient : Miyoshi myopathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS0393
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy, type 1. Cryopreserved by vitrification method.
Comment from the depositor
HPS0395
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy, type 1. Cryopreserved by vitrification method.
Comment from the depositor
HPS0397
CommentDisease specific iPS cell line derived from a patient : Miyoshi myopathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS0407
CommentDisease specific iPS cell line derived from a patient : Familial central diabetes insipidus. HPS1010 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0408
CommentDisease specific iPS cell line derived from a patient : Miyoshi myopathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS0414
CommentDisease specific iPS cell line derived from a patient : Primary lateral sclerosis (PLS). Cryopreserved by vitrification method.
Comment from the depositor
HPS0417
CommentDisease specific iPS cell line derived from a patient : Primary lateral sclerosis (PLS). Cryopreserved by vitrification method.
Comment from the depositor
HPS0419
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0422
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Cryopreserved by vitrification method.
Comment from the depositor
HPS0424
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Cryopreserved by vitrification method.
Comment from the depositor
HPS0425
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS0426
CiRA00139
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0429
CiRA00142
CommentDisease specific iPS cell line derived from a patient :Charcot-Marie-Tooth disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0433
CommentDisease specific iPS cell line derived from a patient :Charcot-Marie-Tooth disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0437
CommentDisease specific iPS cell line derived from a patient : Sjögren's syndrome.
Comment from the depositor
HPS0440
CommentDisease specific iPS cell line derived from a patient : Rheumatoid Arthritis. HPS0440, HPS0441, HPS0442 were derived from the same patient.
Comment from the depositor
HPS0443
CommentDisease specific iPS cell line derived from a patient : Rheumatoid arthritis. HPS0443, HPS0444, HPS0445 were derived from the same patient.
Comment from the depositor
HPS0446
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. HPS0446, HPS0447, HPS0448 were derived from the same patient.
Comment from the depositor
HPS0447
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. The analysis performed by RIKEN BRC indicated homozygous deletion from 110,852,753 (MALL gene region) to 110,986,718 (NPHP1 gene region) in Chromosome 2 (detected by CGH array). HPS0446, HPS0447, HPS0448 were derived from the same patient.
Comment from the depositor
HPS0448
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. HPS0446, HPS0447, HPS0448 were derived from the same patient.
Comment from the depositor
HPS0449
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. HPS0449, HPS0450, HPS0451 were derived from the same patient.
Comment from the depositor
HPS0450
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. The analysis performed by RIKEN BRC indicated homozygous deletion from 110,852,753 (MALL gene region) to 110,986,718 (NPHP1 gene region) in Chromosome 2 (detected by CGH array). HPS0449, HPS0450, HPS0451 were derived from the same patient.
Comment from the depositor
HPS0451
CommentDisease specific iPS cell line derived from a patient : Juvenile nephronophthisis. HPS0449, HPS0450, HPS0451 were derived from the same patient.
Comment from the depositor
HPS0452
CommentDisease specific iPS cell line derived from a patient : Epstein syndrome. HPS0452, HPS0453, HPS0454 were derived from the same patient.
Comment from the depositor
HPS0458
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0458, HPS0459, HPS0460 were derived from the same patient.
Comment from the depositor
HPS0459
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0458, HPS0459, HPS0460 were derived from the same patient.
Comment from the depositor
HPS0460
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0458, HPS0459, HPS0460 were derived from the same patient.
Comment from the depositor
HPS0461
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0461, HPS0462, HPS0463 were derived from the same patient.
Comment from the depositor
HPS0462
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0461, HPS0462, HPS0463 were derived from the same patient.
Comment from the depositor
HPS0463
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease. HPS0461, HPS0462, HPS0463 were derived from the same patient.
Comment from the depositor
HPS0464
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0464, HPS0465, HPS0466 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0467
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0467, HPS0468, HPS0469 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0470
CommentDisease specific iPS cell line derived from a patient : Frontotemporal dementia.
Comment from the depositor
HPS0473
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes.
Comment from the depositor
HPS0476
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0476, HPS0477, HPS0478 were derived from the same patient. Analysis of causal genetic changes. A result of karyotype analysis performed by a user is available (karyotype).
Comment from the depositor
HPS0477
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0476, HPS0477, HPS0478 were derived from the same patient.
Comment from the depositor
HPS0479
CommentDisease specific iPS cell line derived from a patient : Spinal-Bulbar Muscular Atrophy (SBMA).
Comment from the depositor
HPS0482
CommentDisease specific iPS cell line derived from a patient : Spinal-Bulbar Muscular Atrophy (SBMA).
Comment from the depositor
HPS0485
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0485, HPS0486, HPS0487 were derived from the same patient. Analysis of causal genetic changes. A result of karyotype analysis performed by a user is available (karyotype).
Comment from the depositor
HPS0486
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0485, HPS0486, HPS0487 were derived from the same patient.
Comment from the depositor
HPS0488
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Niemann-Pick disease, Type C variant biochemical phenotype). HPS0489 and HPS0490 were derived from the same patient.
Comment from the depositor
HPS0489
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Niemann-Pick disease, Type C variant biochemical phenotype). HPS0488 and HPS0490 were derived from the same patient.
Comment from the depositor
HPS0490
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Niemann-Pick disease, Type C variant biochemical phenotype). HPS0488 and HPS0489 were derived from the same patient.
Comment from the depositor
HPS0491
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease.
Comment from the depositor
HPS0507
CiRA00160
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0508
CiRA00161
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS0510
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease (PD). Cryopreserved by vitrification method.
Comment from the depositor
HPS0515
CommentDisease specific iPS cell line derived from a patient : Chédiak-Higashi syndrome.
Comment from the depositor
HPS0522
CiRA00169
CommentDisease specific iPS cell line derived from a patient : Achondroplasia. HPS0523 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0523
CiRA00170
CommentDisease specific iPS cell line derived from a patient : Achondroplasia. HPS0522 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS0525
CommentDisease specific iPS cell line derived from a patient : Osteogenesis Imperfecta. Cryopreserved by vitrification method.
Comment from the depositor
HPS0540
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy. Cryopreserved by vitrification method.
Comment from the depositor
HPS0546
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Mucopolysaccharidosis (MPS)VI).
Comment from the depositor
HPS0549
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Mucopolysaccharidosis (MPS)VI).
Comment from the depositor
HPS0552
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS0552, HPS0553, HPS0554, HPS0555, HPS0556, HPS0557 were derived from the same patient.
Comment from the depositor
HPS0553
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS0552, HPS0553, HPS0554, HPS0555, HPS0556, HPS0557 were derived from the same patient.
Comment from the depositor
HPS0554
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS0552, HPS0553, HPS0554, HPS0555, HPS0556, HPS0557 were derived from the same patient.
Comment from the depositor
HPS0558
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0558, HPS0559, HPS0560, HPS0561, HPS0562, HPS0563 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0559
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0558, HPS0559, HPS0560, HPS0561, HPS0562, HPS0563 were derived from the same patient.
Comment from the depositor
HPS0560
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0558, HPS0559, HPS0560, HPS0561, HPS0562, HPS0563 were derived from the same patient.
Comment from the depositor
HPS0564
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0564, HPS0565, HPS0566, HPS0567, HPS0568, HPS0569 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0565
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0564, HPS0565, HPS0566, HPS0567, HPS0568, HPS0569 were derived from the same patient.
Comment from the depositor
HPS0566
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0564, HPS0565, HPS0566, HPS0567, HPS0568, HPS0569 were derived from the same patient.
Comment from the depositor
HPS0570
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0570, HPS0571, HPS0572, HPS0573, HPS0574, HPS0575 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0576
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0576, HPS0577, HPS0578, HPS0579, HPS0580, HPS0581 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0582
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0582, HPS0583, HPS0584, HPS0585, HPS0586, HPS0587 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0588
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0588, HPS0589, HPS0590, HPS0591, HPS0592, HPS0593 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0594
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0594, HPS0595, HPS0596, HPS0597, HPS0598, HPS0599 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0600
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0600, HPS0601, HPS0602, HPS0603, HPS0604, HPS0605 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0606
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0606, HPS0607, HPS0608, HPS0609, HPS0610, HPS0611 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0612
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0612, HPS0613, HPS0614, HPS0615, HPS0616, HPS0617 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0613
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0612, HPS0613, HPS0614, HPS0615, HPS0616, HPS0617 were derived from the same patient.
Comment from the depositor
HPS0618
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0618, HPS0619, HPS0620, HPS0621, HPS0622, HPS0623 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0619
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0618, HPS0619, HPS0620, HPS0621, HPS0622, HPS0623 were derived from the same patient.
Comment from the depositor
HPS0620
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0618, HPS0619, HPS0620, HPS0621, HPS0622, HPS0623 were derived from the same patient.
Comment from the depositor
HPS0624
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0624, HPS0625, HPS0626, HPS0627, HPS0628, HPS0629 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0630
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0630, HPS0631, HPS0632, HPS0633, HPS0634, HPS0635 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0636
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0636, HPS0637, HPS0638, HPS0639, HPS0640, HPS0641 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0642
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0642, HPS0643, HPS0644, HPS0645, HPS0646, HPS0647 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0648
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0648, HPS0649, HPS0650, HPS0651, HPS0652, HPS0653 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0654
CommentDisease specific iPS cell line derived from a patient : Spinal-Bulbar Muscular Atrophy (SBMA).
Comment from the depositor
HPS0660
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Mucopolysaccharidosis (MPS)).
Comment from the depositor
HPS0666
CommentDisease specific iPS cell line derived from a patient : Age-related Macular Degeneration. HPS0666, HPS0667, HPS0668, HPS0669, HPS0670, HPS0671 were derived from the same patient.
Comment from the depositor
HPS0672
CommentDisease specific iPS cell line derived from a patient : Bietti crystalline retinopathy. HPS0672, HPS0673, HPS0674, HPS0675, HPS0676, HPS0677 were derived from the same patient.
Comment from the depositor
HPS0678
CommentDisease specific iPS cell line derived from a patient : Age-related Macular Degeneration. HPS0678, HPS0679, HPS0680, HPS0681, HPS0682, HPS0683 were derived from the same patient.
Comment from the depositor
HPS0684
CommentHuman iPS cell line derived from a healthy individual. HPS0684, HPS0685, HPS0686, HPS0687 were derived from the same person.
Comment from the depositor
HPS0688
CommentDisease specific iPS cell line derived from a patient : Bietti crystalline retinopathy. HPS0688, HPS0689, HPS0690, HPS0691, HPS0692, HPS0693 were derived from the same patient.
Comment from the depositor
HPS0718
CommentHuman iPS cell line derived from a healthy individual. HPS0718, HPS0719, HPS0720, HPS0721, HPS0722, HPS0723 were derived from the same person.
Comment from the depositor
HPS0724
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0724, HPS0725, HPS0726, HPS0727, HPS0728, HPS0729 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0730
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0730, HPS0731, HPS0732, HPS0733, HPS0734, HPS0735 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0736
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0736, HPS0737, HPS0738, HPS0739, HPS0740, HPS0741 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0742
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0742, HPS0743, HPS0744, HPS0745, HPS0746, HPS0747 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0748
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0748, HPS0749, HPS0750, HPS0751, HPS0752, HPS0753 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0754
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0754, HPS0755, HPS0756, HPS0757, HPS0758, HPS0759 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0760
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0760, HPS0761, HPS0762, HPS0763, HPS0764, HPS0765 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0766
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0766, HPS0767, HPS0768, HPS0769, HPS0770, HPS0771 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0772
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0772, HPS0773, HPS0774, HPS0775 were derived from the same patient.
Comment from the depositor
HPS0773
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0772, HPS0773, HPS0774, HPS0775 were derived from the same patient.
Comment from the depositor
HPS0774
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0772, HPS0773, HPS0774, HPS0775 were derived from the same patient.
Comment from the depositor
HPS0776
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration. HPS0776, HPS0777, HPS0778, HPS0779, HPS0780, HPS0781 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0782
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0782, HPS0783, HPS0784, HPS0785, HPS0786, HPS0787 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0788
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0788, HPS0789, HPS0790, HPS0791, HPS0792, HPS0793 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0794
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0794, HPS0795, HPS0796, HPS0797, HPS0798, HPS0799 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0800
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease. HPS0800, HPS0801, HPS0802, HPS0803, HPS0804, HPS0805 were derived from the same patient.
Comment from the depositor
HPS0806
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. HPS0806, HPS0807, HPS0808, HPS0809, HPS0810, HPS0811 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0812
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0060, HPS0812, HPS0813, HPS0814, HPS0815, HPS0816, HPS0817 were derived from the same patient.
Comment from the depositor
HPS0813
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0060, HPS0812, HPS0813, HPS0814, HPS0815, HPS0816, HPS0817 were derived from the same patient.
Comment from the depositor
HPS0814
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0060, HPS0812, HPS0813, HPS0814, HPS0815, HPS0816, HPS0817 were derived from the same patient.
Comment from the depositor
HPS0818
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0818, HPS0819, HPS0820, HPS0821, HPS0822, HPS0823 were derived from the same patient.
Comment from the depositor
HPS0819
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0818, HPS0819, HPS0820, HPS0821, HPS0822, HPS0823 were derived from the same patient.
Comment from the depositor
HPS0820
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS0818, HPS0819, HPS0820, HPS0821, HPS0822, HPS0823 were derived from the same patient.
Comment from the depositor
HPS0824
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0824, HPS0825, HPS0826, HPS0827, HPS0828, HPS0829 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0830
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease.
Comment from the depositor
HPS0842
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease. HPS0842, HPS0843, HPS0844, HPS0845, HPS0846, HPS0847 were derived from the same patient.
Comment from the depositor
HPS0848
CommentDisease specific iPS cell line derived from a patient : Parkinson's disease.
Comment from the depositor
HPS0854
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0854, HPS0855, HPS0856, HPS0857, HPS0858, HPS0859 were derived from the same patient.
Comment from the depositor
HPS0855
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0854, HPS0855, HPS0856, HPS0857, HPS0858, HPS0859 were derived from the same patient.
Comment from the depositor
HPS0856
CommentDisease specific iPS cell line derived from a patient : Alzheimer's disease. HPS0854, HPS0855, HPS0856, HPS0857, HPS0858, HPS0859 were derived from the same patient.
Comment from the depositor
HPS0860
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0860, HPS0861, HPS0862, HPS0863, HPS0864, HPS0865 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0878
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS) / Parkinsonism-dementia. HPS0878, HPS0879, HPS0880, HPS0881, HPS0882, HPS0883 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0890
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0890, HPS0891, HPS0892, HPS0893, HPS0894, HPS0895 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0896
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0896, HPS0897, HPS0898, HPS0899, HPS0900, HPS0901 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0902
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0902, HPS0903, HPS0904, HPS0905, HPS0906, HPS0907 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0908
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0908, HPS0909, HPS0910, HPS0911, HPS0912, HPS0913 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0914
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0914, HPS0915, HPS0916, HPS0917, HPS0918, HPS0919 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0920
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0920, HPS0921, HPS0922, HPS0923, HPS0924, HPS0925 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0926
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0926, HPS0927, HPS0928, HPS0929, HPS0930, HPS0931 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS0932
CommentDisease specific iPS cell line derived from a patient : Spinal muscular atrophy (SMA). HPS0932, HPS0933, HPS0934, HPS0935, HPS0936, HPS0937 were derived from the same patient.
Comment from the depositor
HPS0939
CommentDisease specific iPS cell line derived from a patient : Achondroplasia. Cryopreserved by vitrification method.
Comment from the depositor
HPS0945
CommentDisease specific iPS cell line derived from a patient : Osteogenesis Imperfecta. Cryopreserved by vitrification method.
Comment from the depositor
HPS0953
CommentDisease specific iPS cell line derived from a patient : Achondroplasia. Cryopreserved by vitrification method.
Comment from the depositor
HPS1005
1383D2
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS1006
1383D6
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS1010
CommentDisease specific iPS cell line derived from a patient : Familial central diabetes insipidus. HPS0407 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS1011
CommentDisease specific iPS cell line derived from a patient : Familial central diabetes insipidus. Cryopreserved by vitrification method.
Comment from the depositor
HPS1012
CommentDisease specific iPS cell line derived from a patient : Best disease. Cryopreserved by vitrification method.
Comment from the depositor
HPS1013
CommentDisease specific iPS cell line derived from a patient : Gelatinous drop-like corneal dystrophy. Cryopreserved by vitrification method.
Comment from the depositor
HPS1032
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy.
Comment from the depositor
HPS1033
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy.
Comment from the depositor
HPS1034
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Cryopreserved by vitrification method.
Comment from the depositor
HPS1035
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Analysis of causal genetic changes. Cryopreserved by vitrification method.
Comment from the depositor
HPS1037
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1037, HPS1708, HPS1709 were derived from the same patient.
Comment from the depositor
HPS1038
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1038, HPS1710, HPS1711 were derived from the same patient.
Comment from the depositor
HPS1039
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia. HPS1039, HPS1712 were derived from the same patient.
Comment from the depositor
HPS1040
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia. HPS1040, HPS1713, HPS1714 were derived from the same patient.
Comment from the depositor
HPS1042
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS1043
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS1044
CommentHuman iPS cell line derived from a healthy individual. HPS0718, HPS0719, HPS0720, HPS0721, HPS0722, HPS0723, HPS1044, HPS1749 were derived from the same person.
Comment from the depositor
HPS1046
CommentDisease specific iPS cell line derived from a healthy person.
Comment from the depositor
HPS1047
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS0552, HPS0553, HPS0554, HPS0555, HPS0556, HPS0557, HPS1047 were derived from the same patient.
Comment from the depositor
HPS1048
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease.
Comment from the depositor
HPS1049
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS1049, HPS1718 were derived from the same patient.
Comment from the depositor
HPS1050
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease.
Comment from the depositor
HPS1051
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy. HPS1051, HPS1703, HPS1704 were derived from the same patient.
Comment from the depositor
HPS1052
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy.
Comment from the depositor
HPS1053
CommentDisease specific iPS cell line derived from a patient : Fahr disease.
Comment from the depositor
HPS1054
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1054, HPS3842, HPS3843 were derived from the same patient.
Comment from the depositor
HPS1055
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes.
Comment from the depositor
HPS1056
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). Analysis of causal genetic changes.
Comment from the depositor
HPS1066
CommentDisease specific iPS cell line derived from a patient : Congenital myasthenic syndromes. Cryopreserved by vitrification method.
Comment from the depositor
HPS1071
CommentDisease specific iPS cell line derived from a patient : Leber Hereditary Optic Neuropathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS1072
CommentDisease specific iPS cell line derived from a patient : Age related Macular degeneration. Cryopreserved by vitrification method.
Comment from the depositor
HPS1074
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Cryopreserved by vitrification method.
Comment from the depositor
HPS1075
CommentDisease specific iPS cell line derived from a patient : Retinitis pigmentosa.
Comment from the depositor
HPS1076
CommentDisease specific iPS cell line derived from a patient : Congenital insensitivity to pain with anhidrosis. HPS1076, HPS1077 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of congenital insensitivity to pain with anhidrosis patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, c-MYC.
HPS1090
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). The analysis performed by RIKEN BRC indicated a mutation, 1201C>T (p.R401W) in ABCD1 gene. HPS1090, HPS1091, HPS1092, HPS1093, HPS1094, HPS1095 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1091
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). HPS1090, HPS1091, HPS1092, HPS1093, HPS1094, HPS1095 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1092
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). HPS1090, HPS1091, HPS1092, HPS1093, HPS1094, HPS1095 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1096
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). The analysis performed by RIKEN BRC indicated a mutation, 2010_2014delinsTAT (p.L670Ffs*63) in ABCD1 gene. HPS1096, HPS1097, HPS1098, HPS1099, HPS1100, HPS1101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1097
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). HPS1096, HPS1097, HPS1098, HPS1099, HPS1100, HPS1101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1098
CommentDisease specific iPS cell line derived from a patient : Adrenoleukodystrophy (ALD). HPS1096, HPS1097, HPS1098, HPS1099, HPS1100, HPS1101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the skin fibroblast of adrenoleukodystrophy (ALD) patient using retrovirus vectors encoding OCT3/4, SOX2, KLF4, and c-MYC.
HPS1126
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1127, HPS1128, HPS1132, HPS1133 and HPS1134 were derived from the same patient.
Comment from the depositor
HPS1127
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1126, HPS1128, HPS1132, HPS1133 and HPS1134 were derived from the same patient.
Comment from the depositor
HPS1128
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1126, HPS1127, HPS1132, HPS1133 and HPS1134 were derived from the same patient.
Comment from the depositor
HPS1132
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1126, HPS1127, HPS1128, HPS1133 and HPS1134 were derived from the same patient.
Comment from the depositor
HPS1133
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1126, HPS1127, HPS1128, HPS1132 and HPS1134 were derived from the same patient.
Comment from the depositor
HPS1134
CommentDisease specific iPS cell line derived from a patient : Diamond-Blackfan anemia. HPS1126, HPS1127, HPS1128, HPS1132 and HPS1133 were derived from the same patient.
Comment from the depositor
HPS1156
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS1156, HPS1157, HPS1158, HPS1159, HPS1160, HPS1161 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1157
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS1156, HPS1157, HPS1158, HPS1159, HPS1160, HPS1161 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1158
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS1156, HPS1157, HPS1158, HPS1159, HPS1160, HPS1161 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1168
CommentHuman iPS cell line derived from a healthy individual. HPS1168, HPS1169, HPS1170, HPS1171, HPS1172, HPS1173 were derived from the same person.
Comment from the depositorHealty control iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1174
CommentDisease specific iPS cell line derived from a patient : Primary biliary cirrhosis (PBC). HPS1174, HPS1175, HPS1176, HPS1177, HPS1178, HPS1179 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Primary biliary cirrhosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1180
CommentDisease specific iPS cell line derived from a patient : IgA nephropathy. HPS1180, HPS1181, HPS1182, HPS1183, HPS1184, HPS1185 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of IgA nephropathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1186
CommentDisease specific iPS cell line derived from a patient : Refractory nephrotic syndrome. HPS1186, HPS1187, HPS1188, HPS1189, HPS1190, HPS1191 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of refractory nephrotic syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1204
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1204, HPS1205, HPS1206, HPS1207, HPS1208, HPS1209 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1205
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1204, HPS1205, HPS1206, HPS1207, HPS1208, HPS1209 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1206
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1204, HPS1205, HPS1206, HPS1207, HPS1208, HPS1209 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1210
CommentDisease specific iPS cell line derived from a patient : Pemphigus, pemphigus vulgaris.
Comment from the depositor
HPS1216
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS1216, HPS1217, HPS1218, HPS1219, HPS1220, HPS1221 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic sclerosis (SSc) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1222
CommentDisease specific iPS cell line derived from a patient : Autoimmune hepatitis (AIH). HPS1222, HPS1223, HPS1224, HPS1225, HPS1226, HPS1227 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autoimmune hepatitis (AIH) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1228
CommentDisease specific iPS cell line derived from a patient : Pemphigus, pemphigus vulgaris.
Comment from the depositor
HPS1240
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS1240, HPS1241, HPS1242, HPS1243, HPS1244, HPS1245 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic sclerosis (SSc) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1252
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1252, HPS1253, HPS1254, HPS1255, HPS1256, HPS1257 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1253
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1252, HPS1253, HPS1254, HPS1255, HPS1256, HPS1257 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1254
CommentDisease specific iPS cell line derived from a patient : Langerhans cell histiocytosis. HPS1252, HPS1253, HPS1254, HPS1255, HPS1256, HPS1257 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Langerhans cell histiocytosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1258
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS1258, HPS1259, HPS1260, HPS1261, HPS1262, HPS1263 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic sclerosis (SSc) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1264
CommentDisease specific iPS cell line derived from a patient : Polycystic kidney disease, unknown genetic etiology. HPS1264, HPS1265, HPS1266, HPS1267, HPS1268, HPS1269 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1265
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease, unknown genetic etiology. HPS1264, HPS1265, HPS1266, HPS1267, HPS1268, HPS1269 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1266
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease, unknown genetic etiology. HPS1264, HPS1265, HPS1266, HPS1267, HPS1268, HPS1269 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1282
CommentDisease specific iPS cell line derived from a patient : Disorders of pituitary ADH secretion, central diabetes insipidus (CDI). HPS1282, HPS1283, HPS1284, HPS1285, HPS1286, HPS1287 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of disorders of pituitary ADH secretion patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1288
CommentDisease specific iPS cell line derived from a patient : Mixed Connective-Tissue Disease (MCTD), anti U1-RNP antibody(+). HPS1288, HPS1289, HPS1290, HPS1291, HPS1292, HPS1293 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Mixed Connective-Tissue disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1294
CommentDisease specific iPS cell line derived from a patient : Behcet's disease, complete type. HPS1294, HPS1295, HPS1296, HPS1297, HPS1298, HPS1299 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of behcet disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1312
CommentDisease specific iPS cell line derived from a patient : Neurofibromatosis type1 (NF1).
Comment from the depositor
HPS1318
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS1319 and HPS1320 were derived from the same patient.
Comment from the depositor
HPS1319
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS1318 and HPS1320 were derived from the same patient.
Comment from the depositor
HPS1320
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS1318 and HPS1319 were derived from the same patient.
Comment from the depositor
HPS1324
CommentDisease specific iPS cell line derived from a patient : Idiopathic interstitial pneumonia, idiopathic pulmonary fibrosis.
Comment from the depositor
HPS1325
CommentDisease specific iPS cell line derived from a patient : Pemphigus, pemphigus foliaceus.
Comment from the depositor
HPS1331
CommentDisease specific iPS cell line derived from a patient : Pemphigoid (including epidermolysis bullosa acquisita). HPS1331, HPS1332, HPS1333, HPS1334, HPS1335, HPS1336 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of pemphigoid (including epidermolysis bullosa acquisita) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1337
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1337, HPS1338, HPS1339, HPS1340, HPS1341, HPS1342 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1338
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1337, HPS1338, HPS1339, HPS1340, HPS1341, HPS1342 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1339
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1337, HPS1338, HPS1339, HPS1340, HPS1341, HPS1342 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1343
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-50 of DMD gene. HPS1343, HPS1344, HPS1345, HPS1346, HPS1347, HPS1348 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1344
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-50 of DMD gene. HPS1343, HPS1344, HPS1345, HPS1346, HPS1347, HPS1348 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1345
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-50 of DMD gene. HPS1343, HPS1344, HPS1345, HPS1346, HPS1347, HPS1348 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1349
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1349, HPS1350, HPS1351, HPS1352, HPS1353, HPS1354 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1350
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1349, HPS1350, HPS1351, HPS1352, HPS1353, HPS1354 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1351
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 47-52 of DMD gene. HPS1349, HPS1350, HPS1351, HPS1352, HPS1353, HPS1354 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1355
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-52 of DMD gene. HPS1355, HPS1356, HPS1357, HPS1358, HPS1359, HPS1360 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1356
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-52 of DMD gene. HPS1355, HPS1356, HPS1357, HPS1358, HPS1359, HPS1360 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1357
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, deletion of exons 49-52 of DMD gene. HPS1355, HPS1356, HPS1357, HPS1358, HPS1359, HPS1360 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1361
CommentDisease specific iPS cell line derived from a patient : Primary immunodeficiency syndrome, common variable immunodeficiency. HPS1361, HPS1362, HPS1363, HPS1364, HPS1365, HPS1366 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of primary immunodeficiency syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1367
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, duplication of exons 3-7 of DMD gene. HPS1367, HPS1368, HPS1369, HPS1370, HPS1371, HPS1372 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1368
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, duplication of exons 3-7 of DMD gene. HPS1367, HPS1368, HPS1369, HPS1370, HPS1371, HPS1372 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1369
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, duplication of exons 3-7 of DMD gene. HPS1367, HPS1368, HPS1369, HPS1370, HPS1371, HPS1372 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of muscular dystrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1373
CommentDisease specific iPS cell line derived from a patient : Primary pulmonary hypertension, idiopathic pulmonary arterial hypertension.
Comment from the depositor
HPS1379
CommentDisease specific iPS cell line derived from a patient : Buerger's disease. HPS1379, HPS1380, HPS1381, HPS1382, HPS1383, HPS1384 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Buerger's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1385
CommentDisease specific iPS cell line derived from a patient : Primary pulmonary hypertension, heritable pulmonary arterial hypertension with unknown etiology.
Comment from the depositor
HPS1391
CommentDisease specific iPS cell line derived from a patient : Spinal muscular atrophy (SMA), Spinal muscular atrophy type 2. HPS1391, HPS1392, HPS1393, HPS1394, HPS1395, HPS1396 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Spinal muscular atrophy (SMA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1392
CommentDisease specific iPS cell line derived from a patient : Spinal muscular atrophy (SMA), Spinal muscular atrophy type 2. HPS1391, HPS1392, HPS1393, HPS1394, HPS1395, HPS1396 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Spinal muscular atrophy (SMA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1393
CommentDisease specific iPS cell line derived from a patient : Spinal muscular atrophy (SMA), Spinal muscular atrophy type 2. HPS1391, HPS1392, HPS1393, HPS1394, HPS1395, HPS1396 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Spinal muscular atrophy (SMA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1397
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1397, HPS1398, HPS1399, HPS1400, HPS1401, HPS1402 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1398
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1397, HPS1398, HPS1399, HPS1400, HPS1401, HPS1402 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1399
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1397, HPS1398, HPS1399, HPS1400, HPS1401, HPS1402 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1403
CommentDisease specific iPS cell line derived from a patient : Paroxysmal nocturnal hemoglobinuria (PNH), bone marrow failure type.
Comment from the depositor
HPS1409
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS1409, HPS1410, HPS1411, HPS1412, HPS1413, HPS1414 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Systemic sclerosis (SSc) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1421
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1422
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1423
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1424
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1425
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1426
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1421, HPS1422, HPS1423, HPS1424, HPS1425, HPS1426 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1427
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Cystinosis). HPS1427, HPS1428, HPS1429 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of cystinosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1428
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Cystinosis). HPS1427, HPS1428, HPS1429 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of cystinosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1429
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Cystinosis). HPS1427, HPS1428, HPS1429 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of cystinosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1430
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1430, HPS1431, HPS1432, HPS1433, HPS1434, HPS1435 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1431
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1430, HPS1431, HPS1432, HPS1433, HPS1434, HPS1435 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1432
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, total colitis. HPS1430, HPS1431, HPS1432, HPS1433, HPS1434, HPS1435 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1436
CommentDisease specific iPS cell line derived from a patient : Distal myopathy, DMRV / GNE myopathy. HPS1436, HPS1437, HPS1438, HPS1439, HPS1440, HPS1441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1437
CommentDisease specific iPS cell line derived from a patient : Distal Myopathy, DMRV / GNE myopathy. HPS1436, HPS1437, HPS1438, HPS1439, HPS1440, HPS1441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1438
CommentDisease specific iPS cell line derived from a patient : Distal Myopathy, DMRV / GNE myopathy. HPS1436, HPS1437, HPS1438, HPS1439, HPS1440, HPS1441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1442
CommentDisease specific iPS cell line derived from a patient : Alexander disease, type 2 (GFAP mutation). HPS1442, HPS1443, HPS1444, HPS1445, HPS1446, HPS1447 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Alexander disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1448
CommentDisease specific iPS cell line derived from a patient : Congenital Adrenal enzyme deficiency, 21-Hydroxylase deficiency / simple virilizing form. HPS1448, HPS1449, HPS1450, HPS1451, HPS1452, HPS1453 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Congenital Adrenal enzyme deficiency patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1454
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica, relapsing-remitting MS. HPS1454, HPS1455, HPS1456, HPS1457, HPS1458, HPS1459 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1455
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica, relapsing-remitting MS. HPS1454, HPS1455, HPS1456, HPS1457, HPS1458, HPS1459 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1460
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, heterozygous mutation of SCN1A. HPS1460, HPS1461, HPS1462, HPS1463, HPS1464, HPS1465 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1461
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, heterozygous mutation of SCN1A. HPS1460, HPS1461, HPS1462, HPS1463, HPS1464, HPS1465 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1462
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, heterozygous mutation of SCN1A. HPS1460, HPS1461, HPS1462, HPS1463, HPS1464, HPS1465 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1466
CommentDisease specific iPS cell line derived from a patient : Idiopathic interstitial pneumonia, idiopathic pulmonary fibrosis.
Comment from the depositor
HPS1472
CommentDisease specific iPS cell line derived from a patient : Eosinophilic granulomatosis with polyangiitis (EGPA).
Comment from the depositor
HPS1478
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndorome, recombination of IDS preudogene). HPS1478, HPS1479, HPS1480, HPS1481, HPS1482, HPS1483 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndorome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1479
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndorome, recombination of IDS preudogene). HPS1478, HPS1479, HPS1480, HPS1481, HPS1482, HPS1483 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndorome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1480
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndorome, recombination of IDS preudogene). HPS1478, HPS1479, HPS1480, HPS1481, HPS1482, HPS1483 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndorome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1484
CommentDisease specific iPS cell line derived from a patient : Pulmonary veno-occlusive disease / pulmonary capillary hemangiomatosis. HPS1484, HPS1485, HPS1486, HPS1487, HPS1488, HPS1489 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Pulmonary veno-occlusive disease / pulmonary capillary hemangiomatosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1496
CommentDisease specific iPS cell line derived from a patient : Sarcoidosis. HPS1496, HPS1497, HPS1498, HPS1499, HPS1500, HPS1501 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of sarcoidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1502
CommentDisease specific iPS cell line derived from a patient : Lymphangioleiomyomatosis, sporadic LAM. HPS1502, HPS1503, HPS1504, HPS1505, HPS1506, HPS1507 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of lymphangioleiomyomatosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1508
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS1508, HPS1509, HPS1510, HPS1511, HPS1512, HPS1513 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1509
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS1508, HPS1509, HPS1510, HPS1511, HPS1512, HPS1513 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1510
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS1508, HPS1509, HPS1510, HPS1511, HPS1512, HPS1513 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1514
CommentDisease specific iPS cell line derived from a patient : Epilepsy with myoclonic absence (EMA). HPS1514, HPS1515, HPS1516, HPS1517, HPS1518, HPS1519 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of epilepsy with myoclonic absence (EMA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1520
CommentDisease specific iPS cell line derived from a patient : IgA nephropathy. HPS1520, HPS1521, HPS1522, HPS1523, HPS1524, HPS1525 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of IgA nephropathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1526
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica, secondary progressive multiple sclerosis. HPS1526, HPS1527, HPS1528, HPS1529, HPS1530, HPS1531 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1528
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica, secondary progressive multiple sclerosis. HPS1526, HPS1527, HPS1528, HPS1529, HPS1530, HPS1531 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1532
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS1532, HPS1533, HPS1534, HPS1535, HPS1536, HPS1537 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1533
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS1532, HPS1533, HPS1534, HPS1535, HPS1536, HPS1537 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1534
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS1532, HPS1533, HPS1534, HPS1535, HPS1536, HPS1537 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1544
CommentDisease specific iPS cell line derived from a patient : Chronic inflammatory demyelinating polyneuropathy (CIDP)/multifocal motor neuropathy (MMN), motor dominant. HPS1544, HPS1545, HPS1546, HPS1547, HPS1548, HPS1549 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of chronic inflammatory demyelinating polyneuropathy (CIDP)/multifocal motor neuropathy (MMN) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1550
CommentDisease specific iPS cell line derived from a patient : Smith-Magenis syndrome, chromosome 17p partial deletion. HPS1550, HPS1551, HPS1552, HPS1553, HPS1554, HPS1555 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Smith-Magenis syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1556
CommentDisease specific iPS cell line derived from a patient : Sotos Syndrome, chromosome 5q partial deletion. HPS1556, HPS1557, HPS1558, HPS1559, HPS1560, HPS1561 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Sotos Syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1568
CommentDisease specific iPS cell line derived from a patient : Frontotemporal lobar degeneration (FTLD),Semantic Dementia.
Comment from the depositor
HPS1585
CommentDisease specific iPS cell line derived from a patient : Rasmussen encephalitis. HPS1585, HPS1586, HPS1587, HPS1588, HPS1589, HPS1590 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rasmussen encephalitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1591
CommentDisease specific iPS cell line derived from a patient : Focal cortical dysplasia (FCD). HPS1591, HPS1592, HPS1593, HPS1594, HPS1595, HPS1596 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of focal cortical dysplasia (FCD) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1597
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, chromosome 15 partial deletion. HPS1597, HPS1598, HPS1599, HPS1600, HPS1601, HPS1602 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1598
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, chromosome 15 partial deletion. HPS1597, HPS1598, HPS1599, HPS1600, HPS1601, HPS1602 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1599
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, chromosome 15 partial deletion. HPS1597, HPS1598, HPS1599, HPS1600, HPS1601, HPS1602 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1603
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS). HPS1603, HPS1604, HPS1605, HPS1606, HPS1607, HPS1608 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1604
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS). HPS1603, HPS1604, HPS1605, HPS1606, HPS1607, HPS1608 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1605
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS). HPS1603, HPS1604, HPS1605, HPS1606, HPS1607, HPS1608 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1609
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS1609, HPS1610, HPS1611, HPS1612, HPS1613, HPS1614 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1610
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS1609, HPS1610, HPS1611, HPS1612, HPS1613, HPS1614 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1611
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS1609, HPS1610, HPS1611, HPS1612, HPS1613, HPS1614 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1615
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, schizencephaly. HPS1615, HPS1616, HPS1617, HPS1618, HPS1619, HPS1620 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1616
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, schizencephaly. HPS1615, HPS1616, HPS1617, HPS1618, HPS1619, HPS1620 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1617
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, schizencephaly. HPS1615, HPS1616, HPS1617, HPS1618, HPS1619, HPS1620 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1621
CommentDisease specific iPS cell line derived from a patient : Crow-Fukase syndrome. HPS1621, HPS1622, HPS1623, HPS1624, HPS1625, HPS1626 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crow-Fukase syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1622
CommentDisease specific iPS cell line derived from a patient : Crow-Fukase syndrome. HPS1621, HPS1622, HPS1623, HPS1624, HPS1625, HPS1626 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crow-Fukase syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1627
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. The analysis performed by RIKEN BRC indicated hemizygous deletion of 18,917,031_21,798,907 in 22q11.21 region (detected by CGH array). HPS1627, HPS1628, HPS1629, HPS1630, HPS1631 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1628
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS1627, HPS1628, HPS1629, HPS1630, HPS1631 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1629
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS1627, HPS1628, HPS1629, HPS1630, HPS1631 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1630
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS1627, HPS1628, HPS1629, HPS1630, HPS1631 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1631
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS1627, HPS1628, HPS1629, HPS1630, HPS1631 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1632
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease, mutation of pseudogene).
Comment from the depositor
HPS1638
CommentDisease specific iPS cell line derived from a patient : Subacute sclerosing panencephalitis (SSPE). HPS1638, HPS1639, HPS1640, HPS1641, HPS1642, HPS1643 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of subacute sclerosing panencephalitis (SSPE) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1644
CommentDisease specific iPS cell line derived from a patient : Epilepsy with continuous spikes and waves during slow sleep, unknown genetic etiology. HPS1644, HPS1645, HPS1646, HPS1647, HPS1648, HPS1649 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of epilepsy with continuous spikes and waves during slow sleep patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1650
CommentDisease specific iPS cell line derived from a patient : Ehelers-Danlos syndrome, vascular type. HPS1650, HPS1651, HPS1652, HPS1653, HPS1654 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehelers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1651
CommentDisease specific iPS cell line derived from a patient : Ehelers-Danlos syndrome, vascular type. HPS1650, HPS1651, HPS1652, HPS1653, HPS1654 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehelers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1652
CommentDisease specific iPS cell line derived from a patient : Ehelers-Danlos syndrome, vascular type. HPS1650, HPS1651, HPS1652, HPS1653, HPS1654 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehelers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1655
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS1655, HPS1656, HPS1657, HPS1658, HPS1659, HPS1660 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1656
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS1655, HPS1656, HPS1657, HPS1658, HPS1659, HPS1660 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1657
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS1655, HPS1656, HPS1657, HPS1658, HPS1659, HPS1660 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1661
CommentDisease specific iPS cell line derived from a patient : Sturge-Weber syndrome, unknown genetic etiology. HPS1661, HPS1662, HPS1663, HPS1664, HPS1665, HPS1666 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Sturge-Weber syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1667
CommentDisease specific iPS cell line derived from a patient : Moyamoya disease, bilateral type. HPS1667, HPS1668, HPS1669, HPS1670, HPS1671, HPS1672 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of moyamoya disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1673
CommentDisease specific iPS cell line derived from a patient : Resistance to thyroid hormone, mutation in TR beta gene. HPS1673, HPS1674, HPS1675, HPS1676, HPS1677, HPS1678 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of resistance to thyroid hormone patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1679
CommentDisease specific iPS cell line derived from a patient : Granulomatosis with polyangiitis (GPA).
Comment from the depositor
HPS1685
CommentDisease specific iPS cell line derived from a patient : 5p-syndrome. HPS1685, HPS1686, HPS1687, HPS1688, HPS1689, HPS1690 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 5p-syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1691
CommentDisease specific iPS cell line derived from a patient : Malignant rheumatoid arthritis (MRA). HPS1691, HPS1692, HPS1693, HPS1694, HPS1695, HPS1696 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of malignant rheumatoid arthritis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1704
CommentDisease specific iPS cell line derived from a patient : Muscular dystrophy, Myotonic Dystrophy. HPS1051, HPS1703, HPS1704 were derived from the same patient.
Comment from the depositor
HPS1705
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1036, HPS1705 were derived from the same patient.
Comment from the depositor
HPS1706
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1706, HPS1707 were derived from the same patient.
Comment from the depositor
HPS1707
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1706, HPS1707 were derived from the same patient.
Comment from the depositor
HPS1708
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1037, HPS1708, HPS1709 were derived from the same patient.
Comment from the depositor
HPS1709
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1037, HPS1708, HPS1709 were derived from the same patient.
Comment from the depositor
HPS1713
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia. HPS1040, HPS1713, HPS1714 were derived from the same patient.
Comment from the depositor
HPS1718
CommentDisease specific iPS cell line derived from a patient : Charcot-Marie-Tooth disease. HPS1049, HPS1718 were derived from the same patient.
Comment from the depositor
HPS1721
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS0249, HPS1721, HPS1722 were derived from the same patient. Analysis of causal genetic changes.
Comment from the depositor
HPS1725
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration. Analysis of causal genetic changes.
Comment from the depositor
HPS1728
CommentDisease specific iPS cell line derived from a patient : Epilepsy. HPS1728, HPS1729, HPS1730 were derived from the same patient.
Comment from the depositor
HPS1729
CommentDisease specific iPS cell line derived from a patient : Epilepsy. HPS1728, HPS1729, HPS1730 were derived from the same patient.
Comment from the depositor
HPS1730
CommentDisease specific iPS cell line derived from a patient : Epilepsy. HPS1728, HPS1729, HPS1730 were derived from the same patient.
Comment from the depositor
HPS1731
CommentDisease specific iPS cell line derived from a patient : Epilepsy.
Comment from the depositor
HPS1732
CommentDisease specific iPS cell line derived from a patient : Epilepsy.
Comment from the depositor
HPS1745
CiRA00003
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. HPS1747 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS1747
CiRA00002
CommentDisease specific iPS cell line derived from a patient : Alzheimer disease. HPS1745 was derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositor
HPS1776
CommentDisease specific iPS cell line derived from a patient : Leber Hereditary Optic Neuropathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS1816
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia. HPS1816, HPS1817 were derived from the same patient.
Comment from the depositor
HPS1826
CommentDisease specific iPS cell line derived from a patient : Amyotrophic lateral sclerosis (ALS). HPS1826, HPS1827 were derived from the same patient.Analysis of causal genetic changes.
Comment from the depositorAmyotrophic lateral sclerosis, episomal vector (Oct3/4, mp53DDD, Sox2, KLF4, L-MYC, LIN28, EBNA1)
HPS1887
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6). Analysis of causal genetic changes.Cryopreserved by vitrification method.
Comment from the depositorDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6).
HPS1888
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6). Analysis of causal genetic changes.Cryopreserved by vitrification method.
Comment from the depositorDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6).
HPS1889
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6). Cryopreserved by vitrification method.
Comment from the depositorDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA6).
HPS1899
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA31). HPS1898, HPS1899 were derived from the same patient. Cryopreserved by vitrification method.
Comment from the depositorDisease specific iPS cell line derived from a patient : Spinocerebellar degeneration (SCA31).
HPS1900
CommentDisease specific iPS cell line derived from a patient : Leber Hereditary Optic Neuropathy. Cryopreserved by vitrification method.
Comment from the depositor
HPS1906
CommentDisease specific iPS cell line derived from a patient : Frontotemporal lobar degeneration (FTLD), Semantic Dementia.
Comment from the depositor
HPS1912
CommentDisease specific iPS cell line derived from a patient : 1p36 deletion syndrome. HPS1912, HPS1913, HPS1914, HPS1915, HPS1916, HPS1917 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 1p36 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1913
CommentDisease specific iPS cell line derived from a patient : 1p36 deletion syndrome. HPS1912, HPS1913, HPS1914, HPS1915, HPS1916, HPS1917 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 1p36 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1914
CommentDisease specific iPS cell line derived from a patient : 1p36 deletion syndrome. HPS1912, HPS1913, HPS1914, HPS1915, HPS1916, HPS1917 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 1p36 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1924
CommentDisease specific iPS cell line derived from a patient : Acute encephalopathy with biphasic seizures and late reduced diffusion (AESD). HPS1924, HPS1925, HPS1926, HPS1927, HPS1928, HPS1929 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Acute encephalopathy with biphasic seizures and late reduced diffusion (AESD) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1930
CommentDisease specific iPS cell line derived from a patient : Epilepsy with myoclonic-astatic seizures. HPS1930, HPS1931, HPS1932, HPS1933, HPS1934, HPS1935 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of epilepsy with myoclonic-astatic seizures patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1936
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Galactosialidosis, adult type). HPS1936, HPS1937, HPS1938, HPS1939, HPS1940, HPS1941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of galactosialidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1937
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Galactosialidosis, adult type). HPS1936, HPS1937, HPS1938, HPS1939, HPS1940, HPS1941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of galactosialidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1938
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Galactosialidosis, adult type). HPS1936, HPS1937, HPS1938, HPS1939, HPS1940, HPS1941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of galactosialidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1942
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia, Genetic dystonia, DYT11/mutation in SGCE. HPS1942, HPS1943, HPS1944, HPS1945, HPS1946, HPS1947 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of genetic dystonia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1943
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia, Genetic dystonia, DYT11/mutation in SGCE. HPS1942, HPS1943, HPS1944, HPS1945, HPS1946, HPS1947 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of genetic dystonia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1944
CommentDisease specific iPS cell line derived from a patient : Hereditary dystonia, Genetic dystonia, DYT11/mutation in SGCE. HPS1942, HPS1943, HPS1944, HPS1945, HPS1946, HPS1947 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of genetic dystonia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1948
CommentDisease specific iPS cell line derived from a patient : Ossification of the yellow ligament (OYL). HPS1948, HPS1949, HPS1950, HPS1951, HPS1952, HPS1953 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ossification of the yellow ligament (OYL) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1966
CommentDisease specific iPS cell line derived from a patient : Thrombotic thrombocytopenic purpura (TTP). HPS1966, HPS1967, HPS1968, HPS1969, HPS1970, HPS1971 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of thrombotic thrombocytopenic purpura (TTP) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1978
CommentDisease specific iPS cell line derived from a patient : Spinal stenosis. HPS1978, HPS1979, HPS1980, HPS1981 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of spinal stenosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS1988
CommentDisease specific iPS cell line derived from a patient : Relapsing polychondritis (RP).
Comment from the depositor
HPS1994
CommentDisease specific iPS cell line derived from a patient : Autoimmune hemolytic anemia (AIHA), idiopathic warm AIHA. HPS1994, HPS1995, HPS1996, HPS1997, HPS1998, HPS1999 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autoimmune hemolytic anemia (AIHA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2000
CommentDisease specific iPS cell line derived from a patient : Xeroderma pigmentosum, mutation in XPA. HPS2000, HPS2001, HPS2002, HPS2003 HPS2004, HPS2005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of xeroderma pigmentosum patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2001
CommentDisease specific iPS cell line derived from a patient : Xeroderma pigmentosum, mutation in XPA. HPS2000, HPS2001, HPS2002, HPS2003 HPS2004, HPS2005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of xeroderma pigmentosum patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2002
CommentDisease specific iPS cell line derived from a patient : Xeroderma pigmentosum, mutation in XPA. HPS2000, HPS2001, HPS2002, HPS2003 HPS2004, HPS2005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of xeroderma pigmentosum patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2006
CommentDisease specific iPS cell line derived from a patient : Congenital ichthyosis, ichthyosis syndrome. HPS2006, HPS2007, HPS2008, HPS2009, HPS2010, HPS2011 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital ichthyosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2012
CommentDisease specific iPS cell line derived from a patient : Congenital insensitivity to pain with anhidrosis (CIPA), unknown genetic etiology. HPS2012, HPS2013, HPS2014, HPS2015, HPS2016, HPS2017 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital insensitivity to pain with anhidrosis (CIPA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2013
CommentDisease specific iPS cell line derived from a patient : Congenital insensitivity to pain with anhidrosis (CIPA), unknown genetic etiology. HPS2012, HPS2013, HPS2014, HPS2015, HPS2016, HPS2017 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital insensitivity to pain with anhidrosis (CIPA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2014
CommentDisease specific iPS cell line derived from a patient : Congenital insensitivity to pain with anhidrosis (CIPA), unknown genetic etiology. HPS2012, HPS2013, HPS2014, HPS2015, HPS2016, HPS2017 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital insensitivity to pain with anhidrosis (CIPA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2018
CommentDisease specific iPS cell line derived from a patient : Systemic amyloidosis, hereditary amyloidosis. HPS2018, HPS2019, HPS2020, HPS2021, HPS2022, HPS2023 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic amyloidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2024
CommentDisease specific iPS cell line derived from a patient : Systemic amyloidosis, AL amyloidosis. HPS2024, HPS2025, HPS2026, HPS2027, HPS2028, HPS2029 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic amyloidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2030
CommentDisease specific iPS cell line derived from a patient : Hypophosphatasia, mutation in TNSALP. HPS2030, HPS2031, HPS2032, HPS2033, HPS2034, HPS2035 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hypophosphatasia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2036
CommentDisease specific iPS cell line derived from a patient : Atypical hemolytic uremic syndrome (aHUS), mutation in factor B. HPS2036, HPS2037, HPS2038, HPS2039, HPS2040, HPS2041 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of atypical hemolytic uremic syndrome (aHUS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2048
CommentDisease specific iPS cell line derived from a patient : Hemiconvulsion-hemiplegia-epilepsy syndrome, unknown genetic etiology. HPS2048, HPS2049, HPS2050, HPS2051, HPS2052, HPS2053 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hemiconvulsion-hemiplegia-epilepsy syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2054
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileocolic type. HPS2054, HPS2055, HPS2056, HPS2057, HPS2058, HPS2059 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2055
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileocolic type. HPS2054, HPS2055, HPS2056, HPS2057, HPS2058, HPS2059 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2056
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileocolic type. HPS2054, HPS2055, HPS2056, HPS2057, HPS2058, HPS2059 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2060
CommentDisease specific iPS cell line derived from a patient : Behcet's disease, neuro-Behcet's disease/ HLA-B51. HPS2060, HPS2061, HPS2062, HPS2063, HPS2064, HPS2065 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Behcet disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2084
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, deletion of 15q11.2-15q11.3. HPS2084, HPS2085, HPS2086, HPS2087, HPS2088, HPS2089 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2085
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, deletion of 15q11.2-15q11.3. HPS2084, HPS2085, HPS2086, HPS2087, HPS2088, HPS2089 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2086
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, deletion of 15q11.2-15q11.3. HPS2084, HPS2085, HPS2086, HPS2087, HPS2088, HPS2089 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2096
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2096, HPS2097, HPS2098, HPS2099, HPS2100, HPS2101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2097
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2096, HPS2097, HPS2098, HPS2099, HPS2100, HPS2101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2098
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2096, HPS2097, HPS2098, HPS2099, HPS2100, HPS2101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2102
CommentDisease specific iPS cell line derived from a patient : Buerger's disease. HPS2102, HPS2103, HPS2104, HPS2105, HPS2106, HPS2107 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Buerger's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2108
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease, symptomatic heterozygote / unknown genetic etiology). HPS2108, HPS2109, HPS2110, HPS2111, HPS2112, HPS2113 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2109
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease, symptomatic heterozygote / unknown genetic etiology). HPS2108, HPS2109, HPS2110, HPS2111, HPS2112, HPS2113 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2110
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease, symptomatic heterozygote / unknown genetic etiology). HPS2108, HPS2109, HPS2110, HPS2111, HPS2112, HPS2113 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2114
CommentDisease specific iPS cell line derived from a patient : Lymphangioleiomyomatosis, TSC-LAM. HPS2114, HPS2115, HPS2116 were derived from the same patient.
Comment from the depositor
HPS2115
CommentDisease specific iPS cell line derived from a patient : Lymphangioleiomyomatosis, TSC-LAM. HPS2114, HPS2115, HPS2116 were derived from the same patient.
Comment from the depositor
HPS2116
CommentDisease specific iPS cell line derived from a patient : Lymphangioleiomyomatosis, TSC-LAM. HPS2114, HPS2115, HPS2116 were derived from the same patient.
Comment from the depositor
HPS2120
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS), inverted duplication of chromosome 15. HPS2120, HPS2121, HPS2122, HPS2123, HPS2124, HPS2125 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2121
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS), inverted duplication of chromosome 15. HPS2120, HPS2121, HPS2122, HPS2123, HPS2124, HPS2125 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2122
CommentDisease specific iPS cell line derived from a patient : Lennox-Gastaut syndrome (LGS), inverted duplication of chromosome 15. HPS2120, HPS2121, HPS2122, HPS2123, HPS2124, HPS2125 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Lennox-Gastaut syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2126
CommentDisease specific iPS cell line derived from a patient : Distal myopathy, DMRV / GNE myopathy. HPS2126, HPS2127, HPS2128, HPS2129, HPS2130, HPS2131 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2127
CommentDisease specific iPS cell line derived from a patient : Distal myopathy, DMRV / GNE myopathy. HPS2126, HPS2127, HPS2128, HPS2129, HPS2130, HPS2131 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2128
CommentDisease specific iPS cell line derived from a patient : Distal myopathy, DMRV / GNE myopathy. HPS2126, HPS2127, HPS2128, HPS2129, HPS2130, HPS2131 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2138
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS2138, HPS2139, HPS2140, HPS2141, HPS2142, HPS2143 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2139
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS2138, HPS2139, HPS2140, HPS2141, HPS2142, HPS2143 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2140
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS2138, HPS2139, HPS2140, HPS2141, HPS2142, HPS2143 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2141
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS2138, HPS2139, HPS2140, HPS2141, HPS2142, HPS2143 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2142
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS1269 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2143
CommentDisease specific iPS cell line derived from a patient : Ring chromosome 20 syndrome. HPS2138, HPS2139, HPS2140, HPS2141, HPS2142, HPS2143 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ring chromosome 20 syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2150
CommentDisease specific iPS cell line derived from a patient : Eosinophilic granulomatosis with polyangiitis (EGPA).
Comment from the depositor
HPS2156
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, polymicrogyria / unknown genetic etiology. HPS2156, HPS2157, HPS2158, HPS2159, HPS2160, HPS2161 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2157
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, polymicrogyria / unknown genetic etiology. HPS2156, HPS2157, HPS2158, HPS2159, HPS2160, HPS2161 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2168
CommentDisease specific iPS cell line derived from a patient : Systemic sclerosis (SSc). HPS2168, HPS2169, HPS2170, HPS2171, HPS2172, HPS2173 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic sclerosis (SSc) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2174
CommentDisease specific iPS cell line derived from a patient : Chronic inflammatory demyelinating polyneuropathy (CIDP) / multifocal motor neuropathy (MMN), sensory. HPS2174, HPS2175, HPS2176, HPS2177, HPS2178, HPS2179 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of chronic inflammatory demyelinating polyneuropathy (CIDP) / multifocal motor neuropathy (MMN) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2186
CommentDisease specific iPS cell line derived from a patient : Granulomatosis with polyangiitis (GPA).
Comment from the depositor
HPS2192
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2192, HPS2193, HPS2194, HPS2195, HPS2196, HPS2197 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2193
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2192, HPS2193, HPS2194, HPS2195, HPS2196, HPS2197 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2194
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2192, HPS2193, HPS2194, HPS2195, HPS2196, HPS2197 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2198
CommentDisease specific iPS cell line derived from a patient : Paroxysmal nocturnal hemoglobinuria (PNH), bone marrow failure type.
Comment from the depositor
HPS2214
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS2214, HPS2215, HPS2216, HPS2217, HPS2218, HPS2219 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple system atrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2215
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS2214, HPS2215, HPS2216, HPS2217, HPS2218, HPS2219 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple system atrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2216
CommentDisease specific iPS cell line derived from a patient : Multiple system atrophy (MSA). HPS2214, HPS2215, HPS2216, HPS2217, HPS2218, HPS2219 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple system atrophy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2220
CommentDisease specific iPS cell line derived from a patient : Myasthenia gravis positive for anti AChR antibody.
Comment from the depositor
HPS2226
CommentDisease specific iPS cell line derived from a patient : Spinocerebellar Degeneration, sporadic.
Comment from the depositor
HPS2232
CommentDisease specific iPS cell line derived from a patient : Anterior pituitary hypofunction, empty sella syndrome. HPS2232, HPS2233, HPS2234, HPS2235, HPS2236, HPS2237 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of anterior pituitary hypofunction patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2238
CommentDisease specific iPS cell line derived from a patient :Isaacs syndrome. HPS2238, HPS2239, HPS2240, HPS2241, HPS2242, HPS2243 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Isaacs syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2250
CommentDisease specific iPS cell line derived from a patient : Neurofibromatosis type1 (NF1).
Comment from the depositor
HPS2268
CommentDisease specific iPS cell line derived from a patient : Eosinophilic gastro-intestinal disorder, eosinophilic gastroenteritis. HPS2268, HPS2269, HPS2270, HPS2271, HPS2272, HPS2273 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of eosinophilic gastro-intestinal disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2274
CommentDisease specific iPS cell line derived from a patient : neurofibromatosis type 2 (NF2).
Comment from the depositor
HPS2280
CommentDisease specific iPS cell line derived from a patient : Progressive multifocal leukoencephalopathy (PML). HPS2280, HPS2281, HPS2282, HPS2283, HPS2284 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Progressive multifocal leukoencephalopathy (PML) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2285
CommentDisease specific iPS cell line derived from a patient : Syringomyelia. HPS2285, HPS2286, HPS2287, HPS2288, HPS2289 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of syringomyelia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2296
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. The analysis performed by RIKEN BRC indicated hemizygous deletion of 18,917,031_21,462,658 in 22q11.21 region (detected by CGH array). HPS2296, HPS2297, HPS2298, HPS2299, HPS2300 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2297
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS2296, HPS2297, HPS2298, HPS2299, HPS2300 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2298
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS2296, HPS2297, HPS2298, HPS2299, HPS2300 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2299
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS2296, HPS2297, HPS2298, HPS2299, HPS2300 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2300
CommentDisease specific iPS cell line derived from a patient : 22q11.2 deletion syndrome. HPS2296, HPS2297, HPS2298, HPS2299, HPS2300 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 22q11.2 deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2301
CommentDisease specific iPS cell line derived from a patient : Ehlers-Danlos syndrome, type 4 / mutation in COL3A1. HPS2301, HPS2302, HPS2303, HPS2304, HPS2305, HPS2306 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehlers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2302
CommentDisease specific iPS cell line derived from a patient : Ehlers-Danlos syndrome, type 4 / mutation in COL3A1. HPS2301, HPS2302, HPS2303, HPS2304, HPS2305, HPS2306 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehlers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2303
CommentDisease specific iPS cell line derived from a patient : Ehlers-Danlos syndrome, type 4 / mutation in COL3A1. HPS2301, HPS2302, HPS2303, HPS2304, HPS2305, HPS2306 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ehlers-Danlos syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2307
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS2308 and HPS2309 were derived from the same patient.
Comment from the depositor
HPS2308
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS2307 and HPS2309 were derived from the same patient.
Comment from the depositor
HPS2309
CommentDisease specific iPS cell line derived from a patient : Idiopathic thrombocytopenic purpura. HPS2307 and HPS2308 were derived from the same patient.
Comment from the depositor
HPS2313
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS2313, HPS2314, HPS2315 HPS2316, HPS2317, HPS2318 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2314
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS2313, HPS2314, HPS2315 HPS2316, HPS2317, HPS2318 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2315
CommentDisease specific iPS cell line derived from a patient : PCDH19 epilepsy, PCDH19 mutation. HPS2313, HPS2314, HPS2315 HPS2316, HPS2317, HPS2318 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of PCDH19 epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2319
CommentDisease specific iPS cell line derived from a patient : Epilepsy with myoclonic absence (EMA). HPS2319, HPS2320, HPS2321, HPS2322, HPS2323, HPS2324 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of epilepsy with myoclonic absence (EMA) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2337
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS2337, HPS2338, HPS2339, HPS2340 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2338
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS2337, HPS2338, HPS2339, HPS2340 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2339
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (GM1-gangliosidosis). HPS2337, HPS2338, HPS2339, HPS2340 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of GM1-gangliosidosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2341
CommentDisease specific iPS cell line derived from a patient : Alexander disease, type 2. HPS2341, HPS2342, HPS2343, HPS2344, HPS2345, HPS2346 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Alexander disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2347
CommentDisease specific iPS cell line derived from a patient : Crow-Fukase syndrome, possible CFS. HPS2347, HPS2348, HPS2349, HPS2350, HPS2351, HPS2352 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crow-Fukase syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2359
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndrome, unknown genetic etiology). HPS2359, HPS2360, HPS2361, HPS2362, HPS2363, HPS2364 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2360
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndrome, unknown genetic etiology). HPS2359, HPS2360, HPS2361, HPS2362, HPS2363, HPS2364 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2361
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Hunter syndrome, unknown genetic etiology). HPS2359, HPS2360, HPS2361, HPS2362, HPS2363, HPS2364 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Hunter syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2377
CommentDisease specific iPS cell line derived from a patient : Huntington's disease, mutation in IT15. HPS2377, HPS2378, HPS2379, HPS2380, HPS2381, HPS2382 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Huntington’s disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2378
CommentDisease specific iPS cell line derived from a patient : Huntington's disease, mutation in IT15. HPS2377, HPS2378, HPS2379, HPS2380, HPS2381, HPS2382 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Huntington’s disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2379
CommentDisease specific iPS cell line derived from a patient : Huntington's disease, mutation in IT15. HPS2377, HPS2378, HPS2379, HPS2380, HPS2381, HPS2382 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Huntington’s disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2383
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Gaucher's disease, type 1.1 / mutation in glucocerebrosidase). HPS2383, HPS2384, HPS2385, HPS2386, HPS2387, HPS2388 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Gaucher's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2384
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Gaucher's disease, type 1.1 / mutation in glucocerebrosidase). HPS2383, HPS2384, HPS2385, HPS2386, HPS2387, HPS2388 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Gaucher's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2385
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Gaucher's disease, type 1.1 / mutation in glucocerebrosidase). HPS2383, HPS2384, HPS2385, HPS2386, HPS2387, HPS2388 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Gaucher's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2389
CommentDisease specific iPS cell line derived from a patient : Pompe's disease, adult type / unknown genetic etiology. HPS2389, HPS2390, HPS2391, HPS2392, HPS2393, HPS2394 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Pompe's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2390
CommentDisease specific iPS cell line derived from a patient : Pompe's disease, adult type / unknown genetic etiology. HPS2389, HPS2390, HPS2391, HPS2392, HPS2393, HPS2394 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Pompe's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2391
CommentDisease specific iPS cell line derived from a patient : Pompe's disease, adult type / unknown genetic etiology. HPS2389, HPS2390, HPS2391, HPS2392, HPS2393, HPS2394 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Pompe's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2395
CommentDisease specific iPS cell line derived from a patient : Tuberous sclerosis complex (TSC), unknown genetic etiology. HPS2395, HPS2396, HPS2397, HPS2398, HPS2399, HPS2400 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of tuberous sclerosis complex patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2396
CommentDisease specific iPS cell line derived from a patient : Tuberous sclerosis complex (TSC), unknown genetic etiology. HPS2395, HPS2396, HPS2397, HPS2398, HPS2399, HPS2400 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of tuberous sclerosis complex patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2397
CommentDisease specific iPS cell line derived from a patient : Tuberous sclerosis complex (TSC), unknown genetic etiology. HPS2395, HPS2396, HPS2397, HPS2398, HPS2399, HPS2400 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of tuberous sclerosis complex patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2401
CommentDisease specific iPS cell line derived from a patient : Corticobasal degeneration (CBD).
Comment from the depositor
HPS2407
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS2407, HPS2408, HPS2409, HPS2410, HPS2411, HPS2412 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2408
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS2407, HPS2408, HPS2409, HPS2410, HPS2411, HPS2412 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2409
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS2407, HPS2408, HPS2409, HPS2410, HPS2411, HPS2412 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2413
CommentDisease specific iPS cell line derived from a patient : Alveolar hypoventilation syndrome (AHS), mutation in PHOX2. HPS2413, HPS2414, HPS2415, HPS2416, HPS2417, HPS2418 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of alveolar hypoventilation syndrome (AHS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2414
CommentDisease specific iPS cell line derived from a patient : Alveolar hypoventilation syndrome (AHS), mutation in PHOX2. HPS2413, HPS2414, HPS2415, HPS2416, HPS2417, HPS2418 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of alveolar hypoventilation syndrome (AHS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2415
CommentDisease specific iPS cell line derived from a patient : Alveolar hypoventilation syndrome (AHS), mutation in PHOX2. HPS2413, HPS2414, HPS2415, HPS2416, HPS2417, HPS2418 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of alveolar hypoventilation syndrome (AHS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2436
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS2436, HPS2437, HPS2438, HPS2439, HPS2440, HPS2441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2437
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS2436, HPS2437, HPS2438, HPS2439, HPS2440, HPS2441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2438
CommentDisease specific iPS cell line derived from a patient : Mesial temporal lobe epilepsy with hippocampal sclerosis. HPS2436, HPS2437, HPS2438, HPS2439, HPS2440, HPS2441 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mesial temporal lobe epilepsy with hippocampal sclerosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2442
CommentDisease specific iPS cell line derived from a patient : Focal cortical dysplasia (FCD), type 2a. HPS2442, HPS2443, HPS2444, HPS2445, HPS2446, HPS2447 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of focal cortical dysplasia (FCD) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2466
CommentDisease specific iPS cell line derived from a patient : Behcet's disease, neuro-Behcet's disease/ HLA-B51. HPS2466, HPS2467, HPS2468, HPS2469, HPS2470, HPS2471 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Behcet's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2472
CommentDisease specific iPS cell line derived from a patient : Autoimmune hepatitis (AIH), AMA positive. HPS2472, HPS2473, HPS2474, HPS2475, HPS2476, HPS2477 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autoimmune hepatitis (AIH) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2473
CommentDisease specific iPS cell line derived from a patient : Autoimmune hepatitis (AIH), AMA positive. HPS2472, HPS2473, HPS2474, HPS2475, HPS2476, HPS2477 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autoimmune hepatitis (AIH) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2474
CommentDisease specific iPS cell line derived from a patient : Autoimmune hepatitis (AIH), AMA positive. HPS2472, HPS2473, HPS2474, HPS2475, HPS2476, HPS2477 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autoimmune hepatitis (AIH) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2478
CommentHuman iPS cell line derived from a healthy individual. HPS2478, HPS2479, HPS2480, HPS2481, HPS2482, HPS2483 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2484
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS2490
CommentHuman iPS cell line derived from a healthy individual. HPS2490, HPS2491, HPS2492, HPS2493, HPS2494, HPS2495 were derived from the same individual.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2496
CommentHuman iPS cell line derived from a healthy individual. HPS2496, HPS2497, HPS2498, HPS2499, HPS2500, HPS2501 were derived from the same individual.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2502
CommentHuman iPS cell line derived from a healthy individual. HPS2502, HPS2503, HPS2504, HPS2505, HPS2506, HPS2507 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2508
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS2514
CommentHuman iPS cell line derived from a healthy individual. HPS2514, HPS2515, HPS2516, HPS2517, HPS2518, HPS2519 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2520
CommentHuman iPS cell line derived from a healthy individual. HPS2520, HPS2521, HPS2522, HPS2523, HPS2524, HPS2525 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2526
CommentHuman iPS cell line derived from a healthy individual. HPS2526, HPS2527, HPS2528, HPS2529, HPS2530, HPS2531 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2538
CommentHuman iPS cell line derived from a healthy individual. HPS2538, HPS2539, HPS2540, HPS2541, HPS2542, HPS2543 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2544
CommentHuman iPS cell line derived from a healthy individual. HPS2544, HPS2545, HPS2546, HPS2547, HPS2548, HPS2549 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2550
CommentDisease specific iPS cell line derived from a patient : Williams syndrome. HPS2550, HPS2551, HPS2552, HPS2553, HPS2554, HPS2555 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Williams syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2556
CommentDisease specific iPS cell line derived from a patient : Aicardi Goutiares syndrome. HPS2556, HPS2557, HPS2558, HPS2559, HPS2560, HPS2561 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Aicardi Goutiares syndrome (AGS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2557
CommentDisease specific iPS cell line derived from a patient : Aicardi Goutiares syndrome. HPS2556, HPS2557, HPS2558, HPS2559, HPS2560, HPS2561 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Aicardi Goutiares syndrome (AGS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2558
CommentDisease specific iPS cell line derived from a patient : Aicardi Goutiares syndrome. HPS2556, HPS2557, HPS2558, HPS2559, HPS2560, HPS2561 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Aicardi Goutiares syndrome (AGS) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2568
CommentDisease specific iPS cell line derived from a patient : Multiple endocrine neoplasia. HPS2568, HPS2569, HPS2570, HPS2571, HPS2572, HPS2573 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple endocrine neoplasia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2574
CommentDisease specific iPS cell line derived from a patient : Von Hippel-Lindau disease. HPS2574, HPS2575, HPS2576, HPS2577, HPS2578, HPS2579 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Von Hippel-Lindau disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2580
CommentDisease specific iPS cell line derived from a patient : Von Hippel-Lindau disease. HPS2580, HPS2581, HPS2582, HPS2583, HPS2584, HPS2585 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Von Hippel-Lindau disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2592
CommentDisease specific iPS cell line derived from a patient : Von Hippel-Lindau disease. HPS2592, HPS2593, HPS2594, HPS2595, HPS2596, HPS2597 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Von Hippel-Lindau disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2604
CommentDisease specific iPS cell line derived from a patient : Pyogenic sterile arthritis, pyoderma gangrenosum and acne syndrome. HPS2604, HPS2605, HPS2606, HPS2607, HPS2608, HPS2609 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Pyogenic sterile arthritis, pyoderma gangrenosum and acne (PAPA) syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2612
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS2612, HPS2613, HPS2614, HPS2615, HPS2616, HPS2617 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2613
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS2612, HPS2613, HPS2614, HPS2615, HPS2616, HPS2617 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2614
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS2612, HPS2613, HPS2614, HPS2615, HPS2616, HPS2617 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2636
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2636, HPS2637, HPS2638, HPS2639, HPS2640, HPS2641 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2637
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2636, HPS2637, HPS2638, HPS2639, HPS2640, HPS2641 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2638
CommentDisease specific iPS cell line derived from a patient : Polycystic Kidney disease (ADPKD). HPS2636, HPS2637, HPS2638, HPS2639, HPS2640, HPS2641 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of polycystic Kidney disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2660
CommentDisease specific iPS cell line derived from a patient : Primary antiphospholipid syndrome, APS with venous and arterial events. HPS2660, HPS2661, HPS2662, HPS2663, HPS2664, HPS2665 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of primary antiphospholipid syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2666
CommentDisease specific iPS cell line derived from a patient : Rapidly progressive glomerulonephritis, MPO-ANCA(+). HPS2666, HPS2667, HPS2668, HPS2669, HPS2670, HPS2671 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rapidly progressive glomerulonephritis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2678
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, proctitis. HPS2678, HPS2679, HPS2680, HPS2681, HPS2682, HPS2683 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2679
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, proctitis. HPS2678, HPS2679, HPS2680, HPS2681, HPS2682, HPS2683 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2680
CommentDisease specific iPS cell line derived from a patient : Ulcerative colitis, proctitis. HPS2678, HPS2679, HPS2680, HPS2681, HPS2682, HPS2683 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ulcerative colitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2684
CommentDisease specific iPS cell line derived from a patient : Systemic lupus erythematosus (SLE). HPS2684, HPS2685, HPS2686, HPS2687, HPS2688, HPS2689 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic lupus erythematosus patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2685
CommentDisease specific iPS cell line derived from a patient : Systemic lupus erythematosus (SLE). HPS2684, HPS2685, HPS2686, HPS2687, HPS2688, HPS2689 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic lupus erythematosus patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2686
CommentDisease specific iPS cell line derived from a patient : Systemic lupus erythematosus (SLE). HPS2684, HPS2685, HPS2686, HPS2687, HPS2688, HPS2689 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of systemic lupus erythematosus patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2690
CommentDisease specific iPS cell line derived from a patient : Aplastic anemia, idiopathic aplastic anemia. HPS2691 and HPS2692 were derived from the same patient.
Comment from the depositor
HPS2691
CommentDisease specific iPS cell line derived from a patient : Aplastic anemia, idiopathic aplastic anemia. HPS2690 and HPS2692 were derived from the same patient.
Comment from the depositor
HPS2692
CommentDisease specific iPS cell line derived from a patient : Aplastic anemia, idiopathic aplastic anemia. HPS2690 and HPS2691 were derived from the same patient.
Comment from the depositor
HPS2696
CommentDisease specific iPS cell line derived from a patient : Ankylosing spondylitis, HLA-B27. HPS2696, HPS2697, HPS2698, HPS2699, HPS2700, HPS2701 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ankylosing spondylitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2702
CommentDisease specific iPS cell line derived from a patient : Ossification of posterior longitudinal ligament. HPS2702, HPS2703, HPS2704, HPS2705, HPS2706, HPS2707 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ossification of posterior longitudinal ligament patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2703
CommentDisease specific iPS cell line derived from a patient : Ossification of posterior longitudinal ligament. HPS2702, HPS2703, HPS2704, HPS2705, HPS2706, HPS2707 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ossification of posterior longitudinal ligament patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2704
CommentDisease specific iPS cell line derived from a patient : Ossification of posterior longitudinal ligament. HPS2702, HPS2703, HPS2704, HPS2705, HPS2706, HPS2707 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ossification of posterior longitudinal ligament patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2708
CommentDisease specific iPS cell line derived from a patient : Adult-onset Still's disease (AOSD). HPS2708, HPS2709, HPS2710, HPS2711, HPS2712, HPS2713 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of adult-onset Still's disease (AOSD) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2715
CommentDisease specific iPS cell line derived from a patient : Progressive supranuclear palsy (PSP). HPS2714, HPS2715, HPS2716, HPS2717, HPS2718, HPS2719 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of progressive supranuclear palsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2720
CommentDisease specific iPS cell line derived from a patient : Hemimegalencephaly. HPS2720, HPS2721, HPS2722, HPS2723, HPS2724, HPS2725 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hemimegalencephaly patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2732
CommentDisease specific iPS cell line derived from a patient : Landau-Kleffner syndrome, unknown genetic etiology. HPS2732, HPS2733, HPS2734, HPS2735, HPS2736, HPS2737 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Landau-Kleffner syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2738
CommentDisease specific iPS cell line derived from a patient : Primary nephrotic syndrome, minimal change nephrotic syndrome. HPS2738, HPS2739, HPS2740, HPS2741, HPS2742, HPS2743 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Primary nephrotic syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2739
CommentDisease specific iPS cell line derived from a patient : Primary nephrotic syndrome, minimal change nephrotic syndrome. HPS2738, HPS2739, HPS2740, HPS2741, HPS2742, HPS2743 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Primary nephrotic syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2740
CommentDisease specific iPS cell line derived from a patient : Primary nephrotic syndrome, minimal change nephrotic syndrome. HPS2738, HPS2739, HPS2740, HPS2741, HPS2742, HPS2743 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Primary nephrotic syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2744
CommentDisease specific iPS cell line derived from a patient : Chronic pancreatitis. HPS2744, HPS2745, HPS2746, HPS2747, HPS2748, HPS2749 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of chronic pancreatitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2750
CommentDisease specific iPS cell line derived from a patient : Anti-glomerular basement membrane antibody (GBM)-mediated glomerulonephritis. HPS2750, HPS2751, HPS2752, HPS2753, HPS2754, HPS2755 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of anti-glomerular basement membrane antibody (GBM)-mediated glomerulonephritis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2756
CommentDisease specific iPS cell line derived from a patient : Idiopathic osteonecrosis of femoral head, Type C-1. HPS2756, HPS2757, HPS2758, HPS2759, HPS2760, HPS2761 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of idiopathic osteonecrosis of femoral head patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2780
CommentDisease specific iPS cell line derived from a patient : Aicardi syndrome. HPS2780, HPS2781, HPS2782, HPS2783, HPS2784, HPS2785 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Aicardi syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2786
CommentDisease specific iPS cell line derived from a patient : Alexander disease, type 2 (GFAP mutation). HPS2786, HPS2787, HPS2788, HPS2789, HPS2790, HPS2791 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Alexander disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2792
CommentDisease specific iPS cell line derived from a patient : Alexander disease, type 3 (GFAP mutation) . HPS2792, HPS2793, HPS2794, HPS2795, HPS2796, HPS2797 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Alexander disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2798
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, unknown genetic etiology. HPS2798, HPS2799, HPS2800, HPS2801, HPS2802, HPS2803 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2799
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, unknown genetic etiology. HPS2798, HPS2799, HPS2800, HPS2801, HPS2802, HPS2803 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2800
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, unknown genetic etiology. HPS2798, HPS2799, HPS2800, HPS2801, HPS2802, HPS2803 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of angelman syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2804
CommentDisease specific iPS cell line derived from a patient of Wilson's disease, unknown genetic etiology. HPS2804, HPS2805, HPS2806, HPS2807, HPS2808, HPS2809 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of wilson's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2805
CommentDisease specific iPS cell line derived from a patient of Wilson's disease, unknown genetic etiology. HPS2804, HPS2805, HPS2806, HPS2807, HPS2808, HPS2809 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of wilson's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2806
CommentDisease specific iPS cell line derived from a patient of Wilson's disease, unknown genetic etiology. HPS2804, HPS2805, HPS2806, HPS2807, HPS2808, HPS2809 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of wilson's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2810
CommentDisease specific iPS cell line derived from a patient : Guillain-Barre syndrome. HPS2810, HPS2811, HPS2812, HPS2813, HPS2814, HPS2815 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Guillain-Barre syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2816
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS2816, HPS2817, HPS2818, HPS2819, HPS2820, HPS2821 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2817
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS2816, HPS2817, HPS2818, HPS2819, HPS2820, HPS2821 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2818
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, ileal type. HPS2816, HPS2817, HPS2818, HPS2819, HPS2820, HPS2821 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2822
CommentDisease specific iPS cell line derived from a patient : Coffin-Siris syndrome, mutation in ARID1B. HPS2822, HPS2823, HPS2824, HPS2825, HPS2826, HPS2827 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Coffin-Siris syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2828
CommentDisease specific iPS cell line derived from a patient : Stevens-Johnson syndrome (SJS).
Comment from the depositor
HPS2834
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2834, HPS2835, HPS2836, HPS2837, HPS2838, HPS2839 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2835
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2834, HPS2835, HPS2836, HPS2837, HPS2838, HPS2839 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2836
CommentDisease specific iPS cell line derived from a patient : Dravet syndrome, mutation of SCN1A. HPS2834, HPS2835, HPS2836, HPS2837, HPS2838, HPS2839 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Dravet syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2840
CommentDisease specific iPS cell line derived from a patient : Vitamin D resistant rickets / Osteomalacia, Vitamin D resistant osteomalacia. HPS2840, HPS2841, HPS2842, HPS2843, HPS2844, HPS2845 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of vitamin D resistant rickets / osteomalacia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2846
CommentDisease specific iPS cell line derived from a patient : Prader-Willi Syndrome, abnormal methylation of Ch15. HPS2846, HPS2847, HPS2848, HPS2849, HPS2850, HPS2851 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Prader-Willi Syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2847
CommentDisease specific iPS cell line derived from a patient : Prader-Willi Syndrome, abnormal methylation of Ch15. HPS2846, HPS2847, HPS2848, HPS2849, HPS2850, HPS2851 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Prader-Willi Syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2848
CommentDisease specific iPS cell line derived from a patient : Prader-Willi Syndrome, abnormal methylation of Ch15. HPS2846, HPS2847, HPS2848, HPS2849, HPS2850, HPS2851 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Prader-Willi Syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2858
CommentDisease specific iPS cell line derived from a patient : Phenylketonuria, Phenylalanine hydroxylase deficiency. HPS2858, HPS2859, HPS2860, HPS2861, HPS2862, HPS2863 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Phenylketonuria patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2859
CommentDisease specific iPS cell line derived from a patient : Phenylketonuria, Phenylalanine hydroxylase deficiency. HPS2858, HPS2859, HPS2860, HPS2861, HPS2862, HPS2863 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Phenylketonuria patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2860
CommentDisease specific iPS cell line derived from a patient : Phenylketonuria, Phenylalanine hydroxylase deficiency. HPS2858, HPS2859, HPS2860, HPS2861, HPS2862, HPS2863 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Phenylketonuria patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2864
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2865
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2866
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2867
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2868
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2869
CommentDisease specific iPS cell line derived from a patient : Mitochondrial disease, MELAS. HPS2864, HPS2865, HPS2866, HPS2867, HPS2868, H2869 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of mitochondrial disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2870
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Sanfilippo syndrome, MPS IIIC). HPS2870, HPS2871, HPS2872, HPS2873, HPS2874, HPS2875 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of sanfilippo syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2871
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Sanfilippo syndrome, MPS IIIC). HPS2870, HPS2871, HPS2872, HPS2873, HPS2874, HPS2875 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of sanfilippo syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2872
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Sanfilippo syndrome, MPS IIIC). HPS2870, HPS2871, HPS2872, HPS2873, HPS2874, HPS2875 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of sanfilippo syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2876
CommentDisease specific iPS cell line derived from a patient : Rubinstein-Taybi syndrome, mutation in CREBBP. HPS2876, HPS2877, HPS2878, HPS2879, HPS2880, HPS2881 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rubinstein-Taybi syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2877
CommentDisease specific iPS cell line derived from a patient : Rubinstein-Taybi syndrome, mutation in CREBBP. HPS2876, HPS2877, HPS2878, HPS2879, HPS2880, HPS2881 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rubinstein-Taybi syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2878
CommentDisease specific iPS cell line derived from a patient : Rubinstein-Taybi syndrome, mutation in CREBBP. HPS2876, HPS2877, HPS2878, HPS2879, HPS2880, HPS2881 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rubinstein-Taybi syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2882
CommentDisease specific iPS cell line derived from a patient : Congenital myopathy, mutation in MTM1. HPS2882, HPS2883, HPS2884, HPS2885, HPS2886, HPS2887 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Congenital myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2883
CommentDisease specific iPS cell line derived from a patient : Congenital myopathy, mutation in MTM1. HPS2882, HPS2883, HPS2884, HPS2885, HPS2886, HPS2887 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Congenital myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2884
CommentDisease specific iPS cell line derived from a patient : Congenital myopathy, mutation in MTM1. HPS2882, HPS2883, HPS2884, HPS2885, HPS2886, HPS2887 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Congenital myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2888
CommentDisease specific iPS cell line derived from a patient : Congenital diaphragmatic hernia. HPS2888, HPS2889, HPS2890, HPS2891, HPS2892, HPS2893 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital diaphragmatic hernia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2894
CommentDisease specific iPS cell line derived from a patient : Congenital myasthenic syndromes, mutation in GFPT1. HPS2894, HPS2895, HPS2896, HPS2897, HPS2898, HPS2899 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital myasthenic syndromes patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2895
CommentDisease specific iPS cell line derived from a patient : Congenital myasthenic syndromes, mutation in GFPT1. HPS2894, HPS2895, HPS2896, HPS2897, HPS2898, HPS2899 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital myasthenic syndromes patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2896
CommentDisease specific iPS cell line derived from a patient : Congenital myasthenic syndromes, mutation in GFPT1. HPS2894, HPS2895, HPS2896, HPS2897, HPS2898, HPS2899 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of congenital myasthenic syndromes patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2900
CommentDisease specific iPS cell line derived from a patient : Ossification of anterior longitudinal ligament. HPS2900, HPS2901, HPS2902, HPS2903, HPS2904, HPS2905 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of ossification of anterior longitudinal ligament patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2906
CommentDisease specific iPS cell line derived from a patient : Primary lateral sclerosis (PLS).
Comment from the depositor
HPS2912
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica. HPS2912, HPS2913, HPS2914, HPS2915, HPS2916, HPS2917 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis (MS) / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2913
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica. HPS2912, HPS2913, HPS2914, HPS2915, HPS2916, HPS2917 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis (MS) / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2918
CommentDisease specific iPS cell line derived from a patient : Eosinophilic sinusitis. HPS2918, HPS2919, HPS2920, HPS2921, HPS2922, HPS2923 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of eosinophilic sinusitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2924
CommentDisease specific iPS cell line derived from a patient : Familial Mediterranean fever, typical FMF. HPS2924, HPS2925, HPS2926, HPS2927, HPS2928, HPS2929 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of familial mediterranean fever patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2936
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, mutation in PIK3R2. HPS2936, HPS2937, HPS2938, HPS2939, HPS2940, HPS2941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2937
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, mutation in PIK3R2. HPS2936, HPS2937, HPS2938, HPS2939, HPS2940, HPS2941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2938
CommentDisease specific iPS cell line derived from a patient : Neuronal migration disorder, mutation in PIK3R2. HPS2936, HPS2937, HPS2938, HPS2939, HPS2940, HPS2941 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of neuronal migration disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2942
CommentDisease specific iPS cell line derived from a patient : Intrahepatic stones. HPS2942 and HPS2943 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of intrahepatic stones patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2944
CommentDisease specific iPS cell line derived from a patient : Hypertrophic cardiomyopathy, midventricular obstruction (HOCM). HPS2944, HPS2945, HPS2946, HPS2947, HPS2948, HPS2949 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hypertrophic cardiomyopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2945
CommentDisease specific iPS cell line derived from a patient : Hypertrophic cardiomyopathy, midventricular obstruction (HOCM). HPS2944, HPS2945, HPS2946, HPS2947, HPS2948, HPS2949 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hypertrophic cardiomyopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2946
CommentDisease specific iPS cell line derived from a patient : Hypertrophic cardiomyopathy, midventricular obstruction (HOCM). HPS2944, HPS2945, HPS2946, HPS2947, HPS2948, HPS2949 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hypertrophic cardiomyopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2959
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder/ localization-related epilepsy, DLG5 mutation. HPS2959, HPS2960, HPS2961, HPS2962, HPS2963, HPS2964 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder/ localization-related epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2960
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder/ localization-related epilepsy, DLG5 mutation. HPS2959, HPS2960, HPS2961, HPS2962, HPS2963, HPS2964 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder/ localization-related epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2961
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder/ localization-related epilepsy, DLG5 mutation. HPS2959, HPS2960, HPS2961, HPS2962, HPS2963, HPS2964 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder/ localization-related epilepsy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2965
CommentDisease specific iPS cell line derived from a patient : Achondroplasia, unknown genetic etiology. HPS2965, HPS2966, HPS2967, HPS2968, HPS2969, HPS2970 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of achondroplasia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2971
CommentDisease specific iPS cell line derived from a patient : Distal myopathy. HPS2971, HPS2972, HPS2973, HPS2974, HPS2975, HPS2976 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2972
CommentDisease specific iPS cell line derived from a patient : Distal myopathy. HPS2971, HPS2972, HPS2973, HPS2974, HPS2975, HPS2976 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of distal myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS2977
CommentDisease specific iPS cell line derived from a patient : Chronic nonspecific multiple ulcers of the small intestine. HPS2977, HPS2978, HPS2979, HPS2980, HPS2981, HPS2982 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Chronic nonspecific multiple ulcers of the small intestine patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3001
CommentDisease specific iPS cell line derived from a patient : 4p deletion syndrome, deletion of 4p16.3. HPS3001, HPS3002, HPS3003, HPS3004, HPS3005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 4p deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3002
CommentDisease specific iPS cell line derived from a patient : 4p deletion syndrome, deletion of 4p16.3. HPS3001, HPS3002, HPS3003, HPS3004, HPS3005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 4p deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3003
CommentDisease specific iPS cell line derived from a patient : 4p deletion syndrome, deletion of 4p16.3. HPS3001, HPS3002, HPS3003, HPS3004, HPS3005 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of 4p deletion syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3006
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS3006, HPS3007, HPS3008, HPS3009, HPS3010, HPS3011 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3007
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS3006, HPS3007, HPS3008, HPS3009, HPS3010, HPS3011 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3008
CommentDisease specific iPS cell line derived from a patient : Dilated cardiomyopathy (DCM). HPS3006, HPS3007, HPS3008, HPS3009, HPS3010, HPS3011 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of dilated cardiomyopathy (DCM) patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3018
CommentDisease specific iPS cell line derived from a patient : NGLY1 deficiency. HPS3018, HPS3019, HPS3020, HPS3021, HPS3022, HPS3023 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of NGLY1 deficiency patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3036
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3036, HPS3037, HPS3038, HPS3039, HPS3040, HPS3041 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3037
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3036, HPS3037, HPS3038, HPS3039, HPS3040, HPS3041 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3038
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3036, HPS3037, HPS3038, HPS3039, HPS3040, HPS3041 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3042
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3042, HPS3043, HPS3044, HPS3045, HPS3046, HPS3047 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3043
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3042, HPS3043, HPS3044, HPS3045, HPS3046, HPS3047 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3044
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3042, HPS3043, HPS3044, HPS3045, HPS3046, HPS3047 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3048
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3048, HPS3049, HPS3050, HPS3051, HPS3052, HPS3053 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3049
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3048, HPS3049, HPS3050, HPS3051, HPS3052, HPS3053 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3050
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3048, HPS3049, HPS3050, HPS3051, HPS3052, HPS3053 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3054
CommentDisease specific iPS cell line derived from a patient : NGLY1 deficiency. HPS3054, HPS3055, HPS3056, HPS3057, HPS3058, HPS3059 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of NGLY1 deficiency patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3060
CommentDisease specific iPS cell line derived from a patient : NGLY1 deficiency. HPS3060, HPS3061, HPS3062, HPS3063, HPS3064, HPS3065 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of NGLY1 deficiency patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3084
CommentDisease specific iPS cell line derived from a patient : Rett syndrome, mutation in MECP2 (C880T). HPS3084, HPS3085, HPS3086, HPS3087, HPS3088, HPS3089 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3090
CommentDisease specific iPS cell line derived from a patient : Rett syndrome. HPS3090, HPS3091, HPS3092, HPS3093, HPS3094, HPS3095 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Rett syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3096
CommentDisease specific iPS cell line derived from a patient : Kabuki syndrome. HPS3096, HPS3097, HPS3098, HPS3099, HPS3100, HPS3101 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Kabuki syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3102
CommentDisease specific iPS cell line derived from a patient : Glycosylphosphatidylinositol (GPI) anchor deficiency. HPS3102, HPS3103, HPS3104, HPS3105, HPS3106, HPS3107 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of glycosylphosphatidylinositol (GPI) anchor deficiency patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3113
CommentDisease specific iPS cell line derived from a patient : Developmental delay, Epilepsy and Neonatal Diabetes (DEND) syndrome. HPS3113, HPS3114, HPS3115, HPS3116, HPS3117, HPS3118 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of DEND syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3114
CommentDisease specific iPS cell line derived from a patient : Developmental delay, Epilepsy and Neonatal Diabetes (DEND) syndrome. HPS3113, HPS3114, HPS3115, HPS3116, HPS3117, HPS3118 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of DEND syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3115
CommentDisease specific iPS cell line derived from a patient : Developmental delay, Epilepsy and Neonatal Diabetes (DEND) syndrome. HPS3113, HPS3114, HPS3115, HPS3116, HPS3117, HPS3118 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of DEND syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3119
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS3125
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS3131
CommentHuman iPS cell line derived from a healthy individual. A result of karyotype analysis performed by a user is available (karyotype).
Comment from the depositor
HPS3137
CommentDisease specific iPS cell line derived from a patient : Multiple sclerosis (MS) / Neuromyelitis optica, relapsing-remitting MS. HPS3137, HPS3138, HPS3139, HPS3140, HPS3141, HPS3142 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of multiple sclerosis / neuromyelitis optica patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3143
CommentDisease specific iPS cell line derived from a patient : Idiopathic interstitial pneumonia, idiopathic pulmonary fibrosis.
Comment from the depositor
HPS3149
CommentDisease specific iPS cell line derived from a patient : Paroxysmal nocturnal hemoglobinuria (PNH), bone marrow failure type. HPS3149, HPS3150, HPS3151, HPS3152, HPS3153, HPS3154 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of paroxysmal nocturnal hemoglobinuria patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3155
CommentDisease specific iPS cell line derived from a patient : Primary pulmonary hypertension, heritable pulmonary arterial hypertension. HPS3155, HPS3156, HPS3157, HPS3158, HPS3159, HPS3160 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Primary pulmonary hypertension patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3161
CommentDisease specific iPS cell line derived from a patient : CFC syndrome, mutation in BRAF. HPS3161, HPS3162, HPS3163, HPS3164, HPS3165, HPS3166 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of CFC syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3167
CommentDisease specific iPS cell line derived from a patient : Hypoparathyroidism. HPS3167, HPS3168, HPS3169, HPS3170, HPS3171, HPS3172 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hypoparathyroidism patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3173
CommentDisease specific iPS cell line derived from a patient : Fulminant hepatitis, hepatitis A. HPS3173, HPS3174, HPS3175, HPS3176, HPS3177, HPS3178 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of fulminant hepatitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3174
CommentDisease specific iPS cell line derived from a patient : Fulminant hepatitis, hepatitis A. HPS3173, HPS3174, HPS3175, HPS3176, HPS3177, HPS3178 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of fulminant hepatitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3175
CommentDisease specific iPS cell line derived from a patient : Fulminant hepatitis, hepatitis A. HPS3173, HPS3174, HPS3175, HPS3176, HPS3177, HPS3178 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of fulminant hepatitis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3179
CommentDisease specific iPS cell line derived from a patient : Ohtahara syndrome, mutation in STXBP1. HPS3179, HPS3180, HPS3181, HPS3182, HPS3183, HPS3184 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ohtahara syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3180
CommentDisease specific iPS cell line derived from a patient : Ohtahara syndrome, mutation in STXBP1. HPS3179, HPS3180, HPS3181, HPS3182, HPS3183, HPS3184 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ohtahara syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3181
CommentDisease specific iPS cell line derived from a patient : Ohtahara syndrome, mutation in STXBP1. HPS3179, HPS3180, HPS3181, HPS3182, HPS3183, HPS3184 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Ohtahara syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3197
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS3197, HPS3198, HPS3199, HPS3200, HPS3201, HPS3202 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3198
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS3197, HPS3198, HPS3199, HPS3200, HPS3201, HPS3202 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3199
CommentDisease specific iPS cell line derived from a patient : Autism spectrum disorder. HPS3197, HPS3198, HPS3199, HPS3200, HPS3201, HPS3202 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of autism spectrum disorder patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3203
CommentDisease specific iPS cell line derived from a patient : TNF receptor-associated periodic syndrome. HPS3203, HPS3204, HPS3205, HPS3206, HPS3207, HPS3208 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of TNF receptor-associated periodic syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3209
CommentDisease specific iPS cell line derived from a patient : Bethlem myopathy, mutation in COL6A1. HPS3209, HPS3210, HPS3211, HPS3212, HPS3213, HPS3214 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of bethlem myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3210
CommentDisease specific iPS cell line derived from a patient : Bethlem myopathy, mutation in COL6A1. HPS3209, HPS3210, HPS3211, HPS3212, HPS3213, HPS3214 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of bethlem myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3211
CommentDisease specific iPS cell line derived from a patient : Bethlem myopathy, mutation in COL6A1. HPS3209, HPS3210, HPS3211, HPS3212, HPS3213, HPS3214 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of bethlem myopathy patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3215
CommentDisease specific iPS cell line derived from a patient : Myelofibrosis, mutation in JAK2. HPS3215, HPS3216, HPS3217 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of myelofibrosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3224
CommentDisease specific iPS cell line derived from a patient : West syndrome. HPS3224, HPS3225, HPS3226, HPS3227, HPS3228, HPS3229 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of West syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3225
CommentDisease specific iPS cell line derived from a patient : West syndrome. HPS3224, HPS3225, HPS3226, HPS3227, HPS3228, HPS3229 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of West syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3226
CommentDisease specific iPS cell line derived from a patient : West syndrome. HPS3224, HPS3225, HPS3226, HPS3227, HPS3228, HPS3229 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of West syndrome patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3236
CommentDisease specific iPS cell line derived from a patient : Thanatophoric dysplasia, mutation in FGFR3 (Arg248Cys). HPS3236, HPS3237, HPS3238, HPS3239, HPS3240, HPS3241 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of thanatophoric dysplasia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3242
CommentDisease specific iPS cell line derived from a patient : Hirschsprung's disease, total colonic aganglionosis. HPS3242, HPS3243, HPS3244, HPS3245, HPS3246, HPS3247 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hirschsprung's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3243
CommentDisease specific iPS cell line derived from a patient : Hirschsprung's disease, total colonic aganglionosis. HPS3242, HPS3243, HPS3244, HPS3245, HPS3246, HPS3247 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hirschsprung's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3244
CommentDisease specific iPS cell line derived from a patient : Hirschsprung's disease, total colonic aganglionosis. HPS3242, HPS3243, HPS3244, HPS3245, HPS3246, HPS3247 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of hirschsprung's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3248
CommentDisease specific iPS cell line derived from a patient : Tricuspid atresia. HPS3248, HPS3249, HPS3250, HPS3251, HPS3252, HPS3253 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of tricuspid atresia patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3254
CommentDisease specific iPS cell line derived from a patient : Glycogen storage disease, GSD type V (muscle glycogen phosphorylase deficiency). HPS3254, HPS3255, HPS3256, HPS3257, HPS3258, HPS3259 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of glycogen storage disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3255
CommentDisease specific iPS cell line derived from a patient : Glycogen storage disease, GSD type V (muscle glycogen phosphorylase deficiency). HPS3254, HPS3255, HPS3256, HPS3257, HPS3258, HPS3259 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of glycogen storage disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3256
CommentDisease specific iPS cell line derived from a patient : Glycogen storage disease, GSD type V (muscle glycogen phosphorylase deficiency). HPS3254, HPS3255, HPS3256, HPS3257, HPS3258, HPS3259 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of glycogen storage disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3260
CommentDisease specific iPS cell line derived from a patient : Pachydermoperiostosis, possible case. HPS3260, HPS3261, HPS3262, HPS3263, HPS3264, HPS3265 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of pachydermoperiostosis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3266
CommentDisease specific iPS cell line derived from a patient : Pustular psoriasis, generalized pustular psoriasis. HPS3266, HPS3267, HPS3268, HPS3269, HPS3270, HPS3271 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of pustular psoriasis patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3278
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, colic type. HPS3278, HPS3279, HPS3280, HPS3281, HPS3282, HPS3283 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3279
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, colic type. HPS3278, HPS3279, HPS3280, HPS3281, HPS3282, HPS3283 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3280
CommentDisease specific iPS cell line derived from a patient : Crohn's disease, colic type. HPS3278, HPS3279, HPS3280, HPS3281, HPS3282, HPS3283 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Crohn's disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3284
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease). HPS3284, HPS3285, HPS3286, HPS3287, HPS3288, HPS3289 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3285
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease). HPS3284, HPS3285, HPS3286, HPS3287, HPS3288, HPS3289 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3286
CommentDisease specific iPS cell line derived from a patient : Lysosomal storage disease (Fabry disease). HPS3284, HPS3285, HPS3286, HPS3287, HPS3288, HPS3289 were derived from the same patient.
Comment from the depositorDisease-specific iPS cells. iPS cells were established from the peripheral blood mononuclear cells of Fabry disease patient using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3338
CommentHuman iPS cell line derived from a healthy individual. A result of karyotype analysis performed by a user is available (karyotype).
Comment from the depositor
HPS3344
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS3348
CommentHuman iPS cell line derived from a healthy individual. HPS3348, HPS3349, HPS3350, HPS3351, HPS3352, HPS3353 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3354
CommentHuman iPS cell line derived from a healthy individual. HPS3354, HPS3355, HPS3356, HPS3357, HPS3358, HPS3359 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3360
CommentHuman iPS cell line derived from a healthy individual. HPS3360, HPS3361, HPS3362, HPS3363, HPS3364, HPS3365 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3366
CommentHuman iPS cell line derived from a healthy individual. HPS3366, HPS3722, HPS3723, HPS3724, HPS3725, HPS3726 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3367
CommentHuman iPS cell line derived from a healthy individual. HPS3367, HPS3368, HPS3727, HPS3728, HPS3729, HPS3730 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3369
CommentHuman iPS cell line derived from a healthy individual. HPS3369, HPS3731, HPS3732, HPS3733, HPS3734, HPS3735 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3376
CommentHuman iPS cell line derived from a healthy individual. HPS3376, HPS3377, HPS3378, HPS3379, HPS3742, HPS3743 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3380
CommentHuman iPS cell line derived from a healthy individual. HPS3380, HPS3381, HPS3744, HPS3745, HPS3746 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3382
CommentHuman iPS cell line derived from a healthy individual. HPS3382, HPS3383, HPS3384, HPS3385, HPS3747, HPS3748 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3386
CommentHuman iPS cell line derived from a healthy individual. HPS3386, HPS3387, HPS3388, HPS3389, HPS3390, HPS3391 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3392
CommentHuman iPS cell line derived from a healthy individual. HPS3392, HPS3393, HPS3394, HPS3395, HPS3396, HPS3749 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3397
CommentHuman iPS cell line derived from a healthy individual. HPS3397, HPS3750, HPS3751, HPS3752, HPS3753, HPS3754 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3398
CommentHuman iPS cell line derived from a healthy individual. HPS3376, HPS3377, HPS3378, HPS3379, HPS3742, HPS3743 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3402
CommentHuman iPS cell line derived from a healthy individual. HPS3402, HPS3403, HP3404, HPS3405, HPS3406, HPS3407 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3408
CommentHuman iPS cell line derived from a healthy individual. HPS3408, HPS3757, HPS3758, HPS3759, HPS3760, HPS3761 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3409
CommentHuman iPS cell line derived from a healthy individual. HPS3409, HPS3762, HPS3763, HPS3764, HPS3765, HPS3766 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3410
CommentHuman iPS cell line derived from a healthy individual. HPS3410, HPS3767, HPS3768, HPS3769, HPS3770, HPS3771 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3417
CommentHuman iPS cell line derived from a healthy individual. HPS3417, HPS3418, HPS3772, HPS3773, HPS3774, HPS3775 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3419
CommentHuman iPS cell line derived from a healthy individual. HPS3419, HPS3420, HPS3421, HPS3422, HPS3423, HPS3424 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3425
CommentHuman iPS cell line derived from a healthy individual. HPS3425, HPS3426, HPS3427, HPS3428, HPS3776, HPS3777 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3429
CommentHuman iPS cell line derived from a healthy individual. HPS3429, HPS3430, HPS3778, HPS3779 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3431
CommentHuman iPS cell line derived from a healthy individual. HPS3431, HPS3432, HPS3433, HPS3434, HPS3780, HPS3781 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3435
CommentHuman iPS cell line derived from a healthy individual. HPS3435, HPS3436, HPS3437, HPS3438, HPS3787, HPS3788 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3439
CommentHuman iPS cell line derived from a healthy individual. HPS3439, HPS3440, HPS3441, HPS3442, HPS3443, HPS3789 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3444
CommentHuman iPS cell line derived from a healthy individual. HPS3444, HPS3445, HPS3790, HPS3791, HPS3792 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3529
CommentDisease specific iPS cell line derived from a patient : Alexander disease.
Comment from the depositorAlexander disease, episomal vector (Oct3/4, Sox2, Klf4, L-Myc, Lin28, mp53DD, EBNA1)
HPS3660
CommentDisease specific iPS cell line derived from a patient : Angelman syndrome, Epilepsy.
Comment from the depositorEpilepsy, episomal vector (Oct3/4, Sox2, Klf4, L-Myc, Lin28, mp53DD, EBNA1)
HPS3668
32R1
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositor
HPS3669
CommentHuman iPS cell line derived from a healthy individual. HPS3669, HPS3782, HPS3783, HPS3784, HPS3785, HPS3786 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3670
CommentHuman iPS cell line derived from a healthy individual. HPS3670, HPS3793, HPS3794, HPS3795, HPS3796, HPS3797 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3671
CommentHuman iPS cell line derived from a healthy individual. HPS3671, HPS3672, HPS3673, HPS3674, HPS3675, HPS3798 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3676
CommentHuman iPS cell line derived from a healthy individual. HPS3676, HPS3678, HPS3679, HPS3680, HPS3799 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3681
CommentHuman iPS cell line derived from a healthy individual. HPS3681, HPS3682, HPS3683, HPS3684, HPS3685, HPS3800 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3686
CommentHuman iPS cell line derived from a healthy individual. HPS3686, HPS3687, HPS3688, HPS3689, HPS3690, HPS3691 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3692
CommentHuman iPS cell line derived from a healthy individual. HPS3692, HPS3693, HPS3694, HPS3695, HPS3801, HPS3802 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3696
CommentHuman iPS cell line derived from a healthy individual. HPS3696, HPS3697, HPS3698, HPS3699, HPS3700, HPS3701 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3704
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositor
HPS3710
CommentHuman iPS cell line derived from a healthy individual. HPS3710, HPS3711, HPS3712, HPS3713, HPS3808, HPS3809 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3714
CommentHuman iPS cell line derived from a healthy individual. HPS3714, HPS3715, HPS3716, HPS3717, HPS3718, HPS3719 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3810
CommentHuman iPS cell line derived from a healthy individual. HPS3702, HPS3810, HPS3811, HPS3812, HPS3813, HPS3814 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS3840
CommentDisease specific iPS cell line derived from a patient : Down syndrome. HPS3840, HPS3841 were derived from the same patient (Coriell Institute, AG08942).
Comment from the depositorDown syndrome, episomal vector (Oct3/4, p53-shRNA, Sox2, KLF4, L-MYC, LIN28)
HPS3841
CommentDisease specific iPS cell line derived from a patient : Down syndrome. HPS3840, HPS3841 were derived from the same patient (Coriell Institute, AG08942).
Comment from the depositorDown syndrome, episomal vector (Oct3/4, p53-shRNA, Sox2, KLF4, L-MYC, LIN28)
HPS3842
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1054, HPS3842, HPS3843 were derived from the same patient.
Comment from the depositorFahr disease, episomal vector (Oct3/4, mp53DD, Sox2, Klf4, L-Myc, LIN28, EBNA1)
HPS3843
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS1054, HPS3842, HPS3843 were derived from the same patient.
Comment from the depositorFahr disease, episomal vector (Oct3/4, mp53DD, Sox2, Klf4, L-Myc, LIN28, EBNA1)
HPS3844
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS3844, HPS3845, HPS3846 were derived from the same patient.
Comment from the depositorFahr disease, episomal vector (Oct3/4, mp53DD, Sox2, Klf4, L-Myc, LIN28, EBNA1)
HPS3845
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS3844, HPS3845, HPS3846 were derived from the same patient.
Comment from the depositorFahr disease, episomal vector (Oct3/4, mp53DD, Sox2, Klf4, L-Myc, LIN28, EBNA1)
HPS3846
CommentDisease specific iPS cell line derived from a patient : Fahr disease. HPS3844, HPS3845, HPS3846 were derived from the same patient.
Comment from the depositorFahr disease, episomal vector (Oct3/4, mp53DD, Sox2, Klf4, L-Myc, LIN28, EBNA1)
HPS4008
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4009
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4010
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4011
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4012
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4013
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4014
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4015
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4016
CommentHuman iPS cell line derived from a healthy individual. HPS4014, HPS4015, HPS4016, HPS4017, HPS4018, HPS4019 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4017
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4018
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4019
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4020
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4020, HPS4021, HPS4022, HPS4023, HPS4024, HPS4025 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4021
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4022
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4023
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4024
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4025
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4026
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4026, HPS4027, HPS4028, HPS4029, HPS4030, HPS4031 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4027
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4028
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4029
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4030
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4031
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4038
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4039
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4040
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4041
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4042
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4043
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4050
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4051
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4052
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4053
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4054
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4055
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4056
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4057
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4058
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4059
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4060
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4061
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4062
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4062, HPS4063, HPS4064, HPS4065, HPS4066, HPS4067 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4063
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4064
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4065
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4066
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4067
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4068
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4068, HPS4069, HPS4070, HPS4071, HPS4072, HPS4073 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4069
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4070
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4071
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4072
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4073
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4074
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4074, HPS4075, HPS4076, HPS4077, HPS4078, HPS4079 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4075
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4076
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4077
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4078
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4079
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4080
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4080, HPS4081, HPS4082, HPS4083, HPS4084, HPS4085 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4081
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4082
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4083
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4084
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4085
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4086
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4086, HPS4087, HPS4088, HPS4089, HPS4090, HPS4091 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4087
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4088
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4089
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4090
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4091
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4092
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4093
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4094
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4095
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4096
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4097
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4098
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4099
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4100
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4101
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4102
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4103
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4104
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4104, HPS4105, HPS4106, HPS4107, HPS4108, HPS4109 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4105
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4106
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4107
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4108
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4109
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4110
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4111
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4112
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4113
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4114
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4115
CommentHuman iPS cell line derived from a healthy individual. HPS4110, HPS4111, HPS4112, HPS4113, HPS4114, HPS4115 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4116
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4117
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4118
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4119
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4120
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4121
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4122
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4122, HPS4123, HPS4124, HPS4125, HPS4126, HPS4127 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4123
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4124
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4125
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4126
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4127
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4128
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4128, HPS4129, HPS4130, HPS4131, HPS4132, HPS4133 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4129
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4130
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4131
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4132
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4133
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4134
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4135
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4136
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4137
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4138
CommentHuman iPS cell line derived from a healthy individual. HPS4134, HPS4135, HPS4136, HPS4137, HPS4138, HPS4139 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4139
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4140
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4141
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4142
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4143
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4144
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4145
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4146
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4145, HPS4146, HPS4147, HPS4148, HPS4149, HPS4150 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4147
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4148
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4149
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4150
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4151
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4151, HPS4152, HPS4153, HPS4154, HPS4155, HPS4156 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4152
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4153
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4154
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4155
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4156
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4157
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4157, HPS4158, HPS4159, HPS4160, HPS4161, HPS4162 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4158
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4159
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4160
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4161
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4162
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4163
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4163, HPS4164, HPS4165, HPS4166, HPS4167, HPS4168 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4164
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4165
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4166
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4167
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4168
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4169
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4170
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4171
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4172
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4173
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4174
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4175
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4176
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4177
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4178
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4179
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4180
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4181
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4182
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4183
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4184
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4185
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4186
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4187
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4187, HPS4188, HPS4189, HPS4190, HPS4191, HPS4192 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4188
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4189
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4190
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4191
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4192
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4193
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4193, HPS4194, HPS4195, HPS4196, HPS4197, HPS4198 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4194
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4195
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4196
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4197
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4198
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4199
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4199, HPS4200, HPS4201, HPS4202, HPS4203, HPS4204 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4200
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4201
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4202
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4203
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4204
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4205
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4206
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4207
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4208
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4209
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4210
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4211
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4211, HPS4212, HPS4213, HPS4214, HPS4215, HPS4216 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4212
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4213
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4214
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4215
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4216
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4217
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4217, HPS4218, HPS4219, HPS4220, HPS4221, HPS4222 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4218
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4219
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4220
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4221
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4222
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4223
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS4223, HPS4224, HPS4225, HPS4226, HPS4227, HPS4228 were derived from the same person.
Comment from the depositorHealthy donor iPS cells. iPS cells were established from the peripheral blood mononuclear cells of healthy donor using episomal vectors encoding OCT3/4, SOX2, KLF4, L-MYC, LIN28, mp53DD and EBNA1.
HPS4224
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4225
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4226
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4227
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4228
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4229
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4230
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4231
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4232
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4233
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4234
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4235
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4236
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4237
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4238
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4239
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4240
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4241
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4242
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4243
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4244
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4245
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4246
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4270
CommentDisease specific iPS cell line derived from a patient : Down syndrome, trisomy 21. HPS4270, HPS4271, HPS4272, HPS4273 were derived from the same patient.
Comment from the depositorDisease specific iPS cell line derived from a person with trisomy 21 (Down syndrome, 47,XY,+21). This iPS cells were created using episomal vectors (OCT3/4, SOX2, KLF4, L-MYC, LIN28, p53-shRNA, and EBNA1).
HPS4271
CommentDisease specific iPS cell line derived from a patient : Down syndrome, trisomy 21. HPS4270, HPS4271, HPS4272, HPS4273 were derived from the same patient.
Comment from the depositorInduced disomy 21 iPS cell line [46,XY] by elimination of the paternal origin of the chromosome 21 (P) from HPS4270 (Disease specific iPS cell line derived from a person with Down syndrome, [47,XY,+21])
HPS4272
CommentDisease specific iPS cell line derived from a patient : Down syndrome, trisomy 21. HPS4270, HPS4271, HPS4272, HPS4273 were derived from the same patient.
Comment from the depositorInduced disomy 21 iPS cell line [46,XY] by elimination of the paternal origin of the chromosome 21 (M1) from HPS4270 (Disease specific iPS cell line derived from a person with Down syndrome, [47,XY,+21])
HPS4273
CommentDisease specific iPS cell line derived from a patient : Down syndrome, trisomy 21. HPS4270, HPS4271, HPS4272, HPS4273 were derived from the same patient.
Comment from the depositorInduced disomy 21 iPS cell line [46,XY] by elimination of the paternal origin of the chromosome 21 (M2) from HPS4270 (Disease specific iPS cell line derived from a person with Down syndrome, [47,XY,+21])
HPS4290
201B7-Ff
CommentHuman iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person.
Comment from the depositorHuman iPS cell line. This line was established by introduction of retroviral vectors encoding 4 factors (Oct3/4, Sox2, Klf4, c-Myc). This line was on-feeder culture but moved to feeder-less.
HPS4291
253G4
CommentDeposit was withdrawn. Human iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositorHuman iPS cell line. This line was established by introduction of retroviral vectors encoding 3 factors (Oct3/4, Sox2, Klf4).
HPS4292
414C2
CommentCurrently not ready. Human iPS cell line derived from a healthy individual. HPS0002, HPS0063, HPS0076, HPS0296, HPS0326, HPS3668, HPS4290, HPS4291, HPS4292 were derived from the same person. Cryopreserved by vitrification method.
Comment from the depositorHuman iPS cell line. This line was established by introduction of episomal vectors encoding 6 factors (Oct3/4, Sox2, Klf4, MycL, Lin28 and shRNA for TP53) This transgenes were not detected in the established cells.
HPS4293
1210B2
CommentHuman iPS cell line derived from a healthy individual. HPS0379, HPS0380, HPS0381, HPS4293 was derived from the same person.
Comment from the depositor
HPS4322
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4323
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4324
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4325
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4326
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4327
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4328
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4329
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4330
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4331
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4332
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4333
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4334
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4335
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4336
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4337
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4338
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4339
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4340
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4341
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4342
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4343
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4344
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4345
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4346
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4347
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4348
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4349
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4350
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4351
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4352
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4353
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4354
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4355
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4356
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4357
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4358
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4359
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4360
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4361
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4362
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4363
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4364
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4365
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4366
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4367
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4368
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4369
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4370
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4371
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4372
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4373
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4374
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4375
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4376
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4377
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4378
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4379
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4380
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4381
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4382
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4383
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4384
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4385
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4386
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4387
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4388
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4389
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4390
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4391
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4392
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4393
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4394
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4395
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4396
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4397
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4398
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4399
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4400
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4401
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4402
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4403
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4404
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4405
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4406
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4407
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4408
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4409
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4410
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4411
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4412
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4413
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4414
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4415
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4416
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4417
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4418
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4419
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4420
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4421
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4422
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4423
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4424
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4425
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4426
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4427
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4428
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4429
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4430
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4431
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4432
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4433
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4434
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4435
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4436
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4437
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4438
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4439
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4440
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4441
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4442
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4443
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4444
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4445
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4446
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4447
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4448
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4449
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4450
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4451
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4452
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4453
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4454
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4455
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4456
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4457
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4458
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4459
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4460
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4461
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4462
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4463
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4464
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4465
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4466
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4467
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4468
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4469
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4470
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4471
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4472
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4473
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4474
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4475
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4476
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4477
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4478
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4479
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4480
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4481
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4482
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4483
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4484
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4485
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4486
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4487
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4488
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4489
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4490
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4491
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4492
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4493
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4494
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4495
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4496
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4497
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4498
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4499
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4500
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4501
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4502
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4503
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4504
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4505
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4506
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4507
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4508
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4509
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4510
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4511
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4512
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4513
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4514
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4515
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4516
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4517
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4518
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4519
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4520
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4521
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4522
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4523
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4524
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4525
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4526
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4527
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4528
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4529
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4530
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4531
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4532
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4533
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4534
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4535
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4536
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4537
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4538
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4539
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4540
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4541
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4542
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4543
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4544
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4545
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4546
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4547
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4548
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4549
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4550
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4551
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4552
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4553
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4554
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4555
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4556
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4557
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4558
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4559
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4560
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4561
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4562
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4563
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4564
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4565
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4566
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4567
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4568
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4569
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4570
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4571
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4572
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4573
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4574
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4575
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4576
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4577
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4578
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4579
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4580
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4581
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4582
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4583
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4584
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4585
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4586
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4587
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4588
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4589
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4590
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4591
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4592
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4593
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4594
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4595
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4596
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4597
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4598
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4599
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4600
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4601
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4602
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4603
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4604
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4605
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4606
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4607
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4608
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4609
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4610
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4611
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4612
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4613
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4614
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4615
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4616
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4617
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4618
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4619
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4620
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4621
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4622
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4623
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4624
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4625
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4626
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4627
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4628
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4629
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4630
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4631
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4632
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4633
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4634
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4635
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4636
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4637
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4638
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4639
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4640
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4641
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4642
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4643
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4644
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4645
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4646
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4647
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4648
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4649
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4650
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4651
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4652
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4653
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4654
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4655
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4656
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4657
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4658
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4659
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4660
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4661
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4662
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4663
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4664
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4665
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4666
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4667
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4668
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4669
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4670
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4671
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4672
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4673
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4674
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4675
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4676
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4677
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4678
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4679
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4680
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4681
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4682
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4683
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4684
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4685
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4686
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4687
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4688
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4689
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4690
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4691
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4692
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4693
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4694
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4695
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4696
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4697
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4698
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4699
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4700
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4701
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4702
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4703
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4704
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4705
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4706
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4707
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4708
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4709
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4710
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4711
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4712
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4713
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4714
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4715
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4716
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4717
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4718
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4719
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4720
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4721
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4722
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4723
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4724
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4725
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4726
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4727
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4728
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4729
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4730
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4731
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4732
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4733
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4734
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4735
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4736
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4737
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4738
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4739
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4740
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4741
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4742
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4743
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4744
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4745
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4746
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4747
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4748
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4749
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4750
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4751
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4752
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4753
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4754
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4755
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4756
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4757
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4758
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4759
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4760
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4761
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4762
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4763
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4764
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4765
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4766
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4767
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4768
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4769
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4770
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4771
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4772
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4773
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4774
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4775
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4776
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4777
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4778
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4779
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4780
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4781
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4782
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4783
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4784
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4785
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4786
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4787
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4788
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4789
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4790
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4791
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4792
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4793
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4794
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4795
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4796
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4797
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4798
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4799
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4800
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4801
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4802
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4803
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4804
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4805
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4806
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4807
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4808
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4809
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4810
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4811
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4812
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4813
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4814
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4815
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4816
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4817
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4818
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4819
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4820
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4821
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4822
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4823
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4824
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4825
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4826
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4827
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4828
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4829
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4830
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4831
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4832
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4833
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4834
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4835
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4836
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4837
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4838
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4839
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4840
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4841
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4842
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4843
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4844
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4845
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4846
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4847
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4848
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4849
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4850
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4851
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4852
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4853
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4854
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4855
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4856
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4857
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4858
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4859
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4860
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4861
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4862
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4863
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4864
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4865
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4866
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4867
CommentCurrently not ready. Human iPS cell line derived from a healthy individual.
Comment from the depositor
HPS4868
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4869
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4870
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4871
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4872
CommentCurrently not ready. Human iPS cell line derived from healthy individual.
Comment from the depositor
HPS4904
PDX1-TEZ
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize pancreatic progenitor cells by tdTomato fluorescence.
HPS4905
SOX17-TEZ
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize endoderm cells by tdTomato fluorescence.
HPS5037
ISL1-TEZ_1
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize motor neurons, cardiac progenitor cells, pancreatic progenitor cells by tdTomato fluorescence.
HPS5038
ISL1-TEZ_2
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize motor neurons, cardiac progenitor cells, pancreatic progenitor cells by tdTomato fluorescence.
HPS5064
SOX10-TEZ
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used for visualization of neural crest cells by tdTomato fluorescence.
HPS5140
H2B-TEZ
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize cell nuclei and identify mitotic cells by tdTomato fluorescence.
HPS5141
H2B-GEZ
CommentHuman iPS cell line derived from a healthy individual.
Comment from the depositorCan be used to visualize cell nuclei and identify mitotic cells by EGFP fluorescence.
HSC0001
ZSM
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0002
CHP01
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0003
CHP02
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0004
CHP08
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0005
YAN3301
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0006
YAM-P
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0007
CHP04
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0008
YAN3142
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0009
CHP06
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0010
YAN3119
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0011
YAN3140
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0012
YAN3143
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0013
RHO
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0014
YAN3150
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0015
YAN3245
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0017
CHP09
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0018
YAN3161
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0019
YAN3191
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0020
YAN3252
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0021
YAN3268
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0022
YAN3141
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0023
YAN3261
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0024
YAN3264
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0025
YAN3154
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0026
YAN3286
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0027
RAM
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0028
CHP07
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0029
YAN3280
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0030
YAN3265
CommentHuman B lymphocytes transformed by Epstein-Barr Virus.
Comment from the depositor
HSC0031
WY-078
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0032
YAN3242
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0033
2C092
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0034
2C114
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0035
WY043
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0036
2C101
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0039
COLO167
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0040
WY080
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0041
2C089
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0042
WY050
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0043
WY057
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0044
2C012
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0045
CHI232
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0046
2C100
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0047
CHI08
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0048
WY058
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0049
WY102
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0050
CHI60
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0051
CHI059
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0052
COLO119
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0053
COLO129
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0054
WY064
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0055
WY065
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0057
YAN3152
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0058
CHI139
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0059
WY059
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0060
YAN3285
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0061
2C116
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0062
2C118
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0063
WY083
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0064
CHI214
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0065
YAN3206
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0066
WY091
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0067
WY086
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0068
WY092
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0069
WY020
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0071
CHI212
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0072
WY005
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0073
2C123
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0074
WY049
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0075
2C122
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0076
WY035
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0077
WY036
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0078
WY037
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0079
WY038
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0080
WY040
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0081
WY046
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0082
WY048
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0083
WY072
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0084
WY047
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0085
CHI037
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0086
WY074
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0087
WY077
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America. The two B cell lines HSC0087 (WY077) and HSC0091 (WYO071) have identical similar STR patterns.
Comment from the depositor
HSC0088
WY076
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0089
WY073
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0090
WY039
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0091
WY071
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America. The two B cell lines HSC0087 (WY077) and HSC0091 (WYO071) have identical similar STR patterns.
Comment from the depositor
HSC0092
WY075
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0093
YAN3244
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0094
YAN3275
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0095
WY034
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0096
SIB186
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0097
2C090
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0098
YAN3269
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0099
YAN3241
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0100
YAN3274
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0101
COLO201
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0102
COLO157
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0103
YAN3270
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0104
YAN3259
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0105
COLO164
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0106
COLO200
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0107
COLO205
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0108
COLO202
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0109
COL383
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0110
YAN3273
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0111
COLO166
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0112
COLO158
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0113
COLO198
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0114
CHI05
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0115
CHI244
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0117
COLO134
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0118
COLO209
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0119
COLO142
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0120
COLO131
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0121
YAN3260
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0122
WY053
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0123
WY055
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0124
YAN3103
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0125
COLO165
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0126
CHI91
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0127
CHI236
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0128
YAN3102
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0129
YAN3255
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0130
WY051
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0132
WY054
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0133
2C088
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0134
2C087
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0135
CHI233
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0136
YAN3136
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0137
CHI84
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0138
COLO204
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0139
2C067
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0140
COLO133
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0141
2C076
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0142
CHI90
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0143
CHI85
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0144
CHI146
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0145
CHI3
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0146
CHI101
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0148
CHI88
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0149
CHI94
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0151
CHI76
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0152
CHI99
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0153
CHI142
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0154
CHI144
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0155
CHI217
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0156
CHI220
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0157
CHI147
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0158
CHI215
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
HSC0159
CHI89
CommentHuman B lymphocytes transformed by Epstein-Barr Virus. This B cell lines derived from Mongoloid Minority Groups in South America.
Comment from the depositor
RCB0005
BALB/3T3 clone A31
CommentA subline of BALB/3T3 cell line. Contact inhibition is well observed.
Comment from the depositor
RCB0007
HeLa
CommentHuman cell line derived from cervical cancer.
Comment from the depositor
RCB0008
V79
CommentChinese hamster lung fibroblast
Comment from the depositor
RCB0009
PC-12
CommentPheochromocytoma, differentiate by NGF stimulation. Application consideration
Comment from the depositor
RCB0012
M227
CommentInfected with ts mutant of Kirsten sarcoma virus
Comment from the depositor
RCB0016
CCRF-HSB-2
CommentT cell leukemia
Comment from the depositor
RCB0027
K562
CommentHuman cell line derived from chronic myelogenous leukemia. Can be a target of NK cells (reference). Can produce hemoglobin in the presence of NaB.
Comment from the depositor
RCB0032
FM3A FT-101
CommentTemperature-sensitive, forms multiple nuclei
Comment from the depositor
RCB0033
FM3A tscl.T85 Tsai
CommentTemperature-sensitive at chromosome condensation
Comment from the depositor
RCB0034
FM3A ts T244
CommentTemperature-sensitive at DNA polymerase
Comment from the depositor
RCB0035
WEHI-3
CommentMouse cell line derived from leukemia. Secretes cytokines for hematopoietic cells.
Comment from the depositor
RCB0036
C127
CommentHost for bovine papiloma virus
Comment from the depositor
RCB0041
HL60
CommentHuman cell line derived from promyelocytic leukemia. Differentiates to granulocytes and macrophages.
Comment from the depositor
RCB0043
NRK
CommentContact-inhibited semi-normal, original of NRK49F
Comment from the depositor
RCB0056
NIH3T3/14-1
CommentSpontaneous transformant of NIH3T3
Comment from the depositor
RCB0057
NIH3T3/13C7
CommentSV40 large T (tsA58)-pBR322 transformed NIH3T3.
Comment from the depositor
RCB0063
JTC-15
CommentSubclone of AH-66, lost transplantability in rats.
Comment from the depositor
RCB0065
JTC-27
CommentAscites hepatoma.
Comment from the depositor
RCB0067
M
CommentCapable to form collagen network
Comment from the depositor
RCB0069
RLC-16
CommentEpithelial cell from rat liver
Comment from the depositor
RCB0070
RLC-18
CommentNon tumorigenic in nude mice
Comment from the depositor
RCB0072
RLC-27
CommentLiver-derived cell, tumorigenic in nude mice
Comment from the depositor
RCB0074
JTC-19
CommentRat lung fibroblast once said interferon-producing. Serum-& protein-free culturable.
Comment from the depositor
RCB0075
RCR-1
CommentAstroglia cell line
Comment from the depositor
RCB0076
LYM-1
CommentSticky cell from lymph node.
Comment from the depositor
RCB0083
HLC-1
CommentLung adenocarcinoma
Comment from the depositor
RCB0086
FM3A
CommentMammary carcinoma, grow in vitro and in vivo
Comment from the depositor
RCB0095
P3/NSI/1-AG4-1
CommentMouse myeloma cell line. Utilized for genration of hybridoma. Reported in the literature to synthesize kappa chain, but do not secrete free light chain.
Comment from the depositor
RCB0096
Don(D-6)
CommentPseudodiploid, two marker chromosomes
Comment from the depositor
RCB0097
CHL
CommentWidely used in chromosome aberration test
Comment from the depositor
RCB0098
A549
CommentHuman cell line derived from lung cancer.
Comment from the depositor
RCB0101
L·P3
CommentProtein- & lipid-free medium growing
Comment from the depositor
RCB0102
IC-2
CommentMast cell precursor, respond to IL-3. Conditioned medium.
Comment from the depositor
RCB0112
NRK49F
CommentContact-inhibited semi-normal cell line
Comment from the depositor
RCB0120
LT4Tr
CommentSpontaneous transformant of LT4
Comment from the depositor
RCB0135
L5178Y
CommentRapidly growing lymphoma
Comment from the depositor
RCB0136
M10
CommentHighly sensitive to X-ray irradiation
Comment from the depositor
RCB0137
M10^(-)
CommentResistant to 6TG, isolated from M10
Comment from the depositor
RCB0138
LX830
CommentHighly sensitive to X-ray irradiation
Comment from the depositor
RCB0142
Ehrlich
CommentEhrlich's ascite tumor
Comment from the depositor
RCB0153
HUC-F
CommentNormal umbilical cord fibroblast, female
Comment from the depositor
RCB0156
305M
CommentNormal human skin fibroblast
Comment from the depositor
RCB0159
HS-K
CommentNormal diploid fibroblast from Japanese
Comment from the depositor
RCB0162
NHSF46
CommentDiploid fibroblast from normal Japanese skin.
Comment from the depositor
RCB0163
RGB3T3-1
CommentOriginal cloned line from RCB, just like BALB/3T3
Comment from the depositor
RCB0164
RGB3T3-5
CommentSiblings of RGB3T3-1, contact-inhibited
Comment from the depositor
RCB0165
REF-RGB
CommentSuitable as feeders for hybridoma cloning
Comment from the depositor
RCB0169
M1
CommentDifferentiate to macrophage and granulocyte
Comment from the depositor
RCB0171
7T1
CommentContact inhibited, may transform spontaneously
Comment from the depositor
RCB0174
SUSM-1
CommentTransformed in vitro with carcinogen
Comment from the depositor
RCB0180
MDBK
CommentA cell line derived from kidney of bovine. Information about BVDV (ATCC) . Information about BVDV (ECACC) . Information about BVDV (DSMZ) .
Comment from the depositor
RCB0183
RK13
CommentA cell line derived from kidney of rabbit. Susceptible to viruses such as rubella virus. A cell line derived from kidney of bovine. Information about BVDV (ATCC) . Information about BVDV (ECACC) .
Comment from the depositor
RCB0191
HeLa.S3
CommentMost famous cultured human cell line
Comment from the depositor
RCB0193
KMM-1
CommentHuman myeloma. Lambda- chain producing.
Comment from the depositor
RCB0197
HUC-Fm
CommentNormal umbilical cord fibroblast, male
Comment from the depositor
RCB0202
A431
CommentHuman cell line derived from epidermoid carcinoma. Expressing EGF receptor.
Comment from the depositor
RCB0205
BU25 TK-
CommentThymidine kinase defective HeLa. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85022104 prior to order.
Comment from the depositor
RCB0206
MOLT-4
CommentT cell leukemia, the same patient as RCB1164 MOLT-3. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011413 prior to order.
Comment from the depositor
RCB0207
MRC-5 SV1 TG1
CommentSV40-transformed, 6TG-resistant and HAT-sensitive. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85042501 prior to order.
Comment from the depositor
RCB0208
LTK-
CommentThymidine kinase defective L cell. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011432 prior to order.
Comment from the depositor
RCB0209
SP2/0-Ag14
CommentMouse myeloma cell line. Utilized for generation of hybridoma. This is a non-Ig-secreting or synthesising line. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to the ECACC 85072401 prior to order.
Comment from the depositor
RCB0210
HF19
CommentNormal human lung fibroblast. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011418 prior to order.
Comment from the depositor
RCB0211
MRC-5
CommentDistribution terminated. Normal embryonic lung fibroblast. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to the website of ECACC prior to order.
Comment from the depositor
RCB0218
MRC-5
CommentNormal embryonic lung fibroblast with accurate PDL
Comment from the depositor
RCB0222
NB1RGB
CommentNormal human skin fibroblast, RCB original
Comment from the depositor
RCB0224
ST2
CommentBone marrow stroma cell-derived
Comment from the depositor
RCB0243
Nil2C2
CommentA fibroblastic cell line derived from a fetus of Syrian hamster. Transformed cells. Tumor formation and metastasis can be observed after transplantation.
Comment from the depositor
RCB0244
Nil2C1
CommentA fibroblastic cell line derived from a fetus of Syrian hamster. Transformed cells. Tumor formation and metastasis can be observed after transplantation, but these abilities are lower than Nil2C2.
Comment from the depositor
RCB0245
Nil1C1
CommentA fibroblastic cell line derived from a fetus of Syrian hamster. Transformed cells. Tumor formation and metastasis can be observed after transplantation, but these abilities are much lower than Nil2C2.
Comment from the depositor
RCB0247
10T1/2
CommentFibroblast-like cells derived from mouse embryo. Can be used for experiments regarding cell transformation.
Comment from the depositor
RCB0248
3T6
CommentNon-contact inhibited
Comment from the depositor
RCB0249
CKT-1
CommentVery flat and thin kidney epithelial cell
Comment from the depositor
RCB0251
VA-13
CommentSV40-transformed WI-38.
Comment from the depositor
RCB0252
W-V
CommentSV40-transformed Werner's syndrome fibroblast
Comment from the depositor
RCB0256
BALL-1
CommentHuman cell line derived from B cell leukemia.
Comment from the depositor
RCB0266
CLA1RGB
CommentPseudo congenital lactic acidosis.
Comment from the depositor
RCB0270
KG-1-C
CommentGlioma, S-100 Protein producing.
Comment from the depositor
RCB0271
HeLa S3 (SC)
CommentSuspension culturable. Useful for JIS medium inspection
Comment from the depositor
RCB0273
BRL
CommentES cell differentiation inhibitory activity (DIA)
Comment from the depositor
RCB0282
NFSa Y83
Comment A subline of NFSa which is a mouse cell line derived from fibrosarcoma. Transplantable.
Comment from the depositor
RCB0283
C-1300
CommentHighly metastatic neuroblastoma
Comment from the depositor
RCB0284
Sq-1979
CommentMetastatic epithelial cell
Comment from the depositor
RCB0285
CHO-K1
CommentA cell line derived from ovary of Chinese hamster. Frequently used for production of recombinant proteins etc.
Comment from the depositor
RCB0286
tk^(-)ts13
CommentThymidine kinase-defective mutant of ts13
Comment from the depositor
RCB0288
3Y1-B clone 1-6-2
CommentSubclone of 3Y1-B clone 1.
Comment from the depositor
RCB0289
3Y1-B cl 1-6-K5-4-2
CommentSubclone of 3Y1-B clone 1-6.
Comment from the depositor
RCB0290
3Y1-B clone 1
CommentMother clone of 3Y1 series.
Comment from the depositor
RCB0291
3Y1ts-101
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0292
3Y1tsC102
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0293
3Y1ts-103
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0294
3Y1ts-104
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0295
3Y1ts-105
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0296
3Y1tsA106
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0297
3Y1tsB107
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0298
3Y1ts-108
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0299
3Y1ts-109
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0301
3Y1ts-111
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0302
3Y1tsC112
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0303
3Y1tsC113
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0304
3Y1ts-114
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0305
3Y1ts-115
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0306
3Y1tsC116
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0307
3Y1ts-117
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0308
3Y1ts-118
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0309
3Y1tsC119
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0310
3Y1ts-120
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0311
3Y1tsF121
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0312
3Y1ts-122
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0313
3Y1tsD123
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0314
3Y1tsD124
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0315
3Y1tsG125
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0316
3Y1tsF126
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0317
3Y1ts-201
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0318
3Y1ts-202
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0319
3Y1tsH203
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0320
3Y1tsE204
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0321
3Y1tsC205
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0322
3Y1tsD206
CommentA subline of 3Y1 cell line. Temperature-sensitive mutant.
Comment from the depositor
RCB0323
3Y1-SB-15
CommentA subline of 3Y1 cell line. Tetraploid clone.
Comment from the depositor
RCB0324
3Y1-SB-16
CommentA subline of 3Y1 cell line. Tetraploid clone.
Comment from the depositor
RCB0325
3Y1BU^(r-1)
CommentA subline of 3Y1 cell line. Thymidine kinase-defective.
Comment from the depositor
RCB0326
3Y1BU^(r-2)
CommentA subline of 3Y1 cell line. Thymidine kinase-defective.
Comment from the depositor
RCB0327
3Y1BU^(r-3)
CommentA subline of 3Y1 cell line. Thymidine kinase-defective.
Comment from the depositor
RCB0328
Ad12-3Y1-Z11
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12.
Comment from the depositor
RCB0329
Ad12-3Y1-Z13
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12.
Comment from the depositor
RCB0330
Ad12-3Y1-Z19
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12.
Comment from the depositor
RCB0331
Ad12-3Y1-W5
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12.
Comment from the depositor
RCB0332
E1A-3Y1-1
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12 E1A gene.
Comment from the depositor
RCB0333
E1A-3Y1-2
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12 E1A gene.
Comment from the depositor
RCB0334
E1A-3Y1-3
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12 E1A gene.
Comment from the depositor
RCB0335
in203-3Y1-7
CommentA subline of 3Y1 cell line. Transformed by adenovirus in203.
Comment from the depositor
RCB0336
in203-3Y1-19
CommentA subline of 3Y1 cell line. Transformed by adenovirus in203.
Comment from the depositor
RCB0337
in203-3Y1-23
CommentA subline of 3Y1 cell line. Transformed by adenovirus in203.
Comment from the depositor
RCB0338
Ad2-3Y1-1
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 2.
Comment from the depositor
RCB0339
Ad2-3Y1-2
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 2.
Comment from the depositor
RCB0340
Ad2-3Y1-3
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 2.
Comment from the depositor
RCB0343
SV-3Y1-C66
CommentA subline of 3Y1 cell line. Transformed by SV40 virion.
Comment from the depositor
RCB0344
A640-3Y1-1
CommentA subline of 3Y1 cell line. Transformed by SV40 tsA640.
Comment from the depositor
RCB0347
dl-884-3Y1-KO1
CommentA subline of 3Y1 cell line. Transformed by SV40 dl-884.
Comment from the depositor
RCB0350
Py-3Y1-S2
CommentA subline of 3Y1 cell line. Transformed by mouse polyoma virus.
Comment from the depositor
RCB0353
SR-3Y1-1
CommentA subline of 3Y1 cell line. Transformed by Rous sarcoma virus.
Comment from the depositor
RCB0354
SR-3Y1-2
CommentA subline of 3Y1 cell line. Transformed by Rous sarcoma virus.
Comment from the depositor
RCB0356
HR-3Y1-1
CommentA subline of 3Y1 cell line. Transformed by v-Ha-ras oncogene.
Comment from the depositor
RCB0357
HR-3Y1-2
CommentA subline of 3Y1 cell line. Transformed by v-Ha-ras oncogene.
Comment from the depositor
RCB0359
NG-3Y1-D303
CommentA subline of 3Y1 cell line. Transformed by nitrosoguanidine.
Comment from the depositor
RCB0371
NG-3Y1-T18D
CommentA subline of 3Y1 cell line. Transformed by nitrosoguanidine.
Comment from the depositor
RCB0379
mos-3Y1-10
CommentA subline of 3Y1 cell line. Transformed by v-mos oncogene.
Comment from the depositor
RCB0380
mos-3Y1-16
CommentA subline of 3Y1 cell line. Transformed by v-mos oncogene.
Comment from the depositor
RCB0381
V12S-3Y1-2
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12 12S-E1A.
Comment from the depositor
RCB0384
V13S-3Y1-4
CommentA subline of 3Y1 cell line. Transformed by adenovirus type 12 12S-E1A.
Comment from the depositor
RCB0388
NCU-F1
CommentEhlers-Danlos syndrome
Comment from the depositor
RCB0389
NCU-F2
CommentMorquio syndrome
Comment from the depositor
RCB0390
NCU-F3
CommentWilson's disease
Comment from the depositor
RCB0391
NCU-F4
CommentWilson's disease
Comment from the depositor
RCB0393
NCU-F6
CommentCitrullinemia
Comment from the depositor
RCB0394
NCU-F7
CommentCitrullinemia
Comment from the depositor
RCB0395
NCU-F8
CommentWilson's disease
Comment from the depositor
RCB0397
NCU-F10
CommentCockayne's syndrome
Comment from the depositor
RCB0402
HeLa·P3
CommentProtein- free, serm- free, lipid-free medium growing
Comment from the depositor
RCB0403
CHO-K1 (SC)
CommentA subline of CHO-K1 (RCB0285). Suspension culture is possible.
Comment from the depositor
RCB0407
WS2TKB
CommentWerner's syndrome
Comment from the depositor
RCB0409
WS1TKB
CommentWerner's syndrome, the same patient as RCB0433 WS1TKB2.
Comment from the depositor
RCB0410
MEN1RGB
CommentFibroblasts from multiple endocrine neoplasia
Comment from the depositor
RCB0411
HaP-T1
CommentMucin producing, BHP-induced pancreatic tumor
Comment from the depositor
RCB0417
KU-1
CommentBovine B cell leukemia cell line. It is described in the paper that bovine leukaemia virus (BLV) particles and BLV antigen are both negative. In relation to the production of virus, RIKEN Cell Bank has not confirmed it.
Comment from the depositor
RCB0418
KU-17
CommentBovine leukemia cell line. It is described in the paper that this cell line produces bovine leukosis virus (BLV). In relation to the production of virus, RIKEN Cell Bank has not confirmed it. Application consideration
Comment from the depositor
RCB0420
BHK-21C13-2P
CommentCulturable in suspension, cf. ECACC ( BHK-21C13-3P). Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 84111301 prior to order.
Comment from the depositor
RCB0421
MEN2RGB
CommentFibroblasts from multiple endocrine neoplasia
Comment from the depositor
RCB0423
BL312
CommentBovine derived lymphocyte. It is described in the paper that this cell line produces bovine leukemia virus (BLV). Syncytium formation assay performed in RIKEN Cell Bank also suggested production of BLV (Figure).
Comment from the depositor
RCB0431
T24
CommentBladder transitional-cell carcinoma
Comment from the depositor
RCB0432
MT-5
CommentMNNG-initiated clone of BALB/c 3T3 clone A31
Comment from the depositor
RCB0433
WS1TKB2
CommentWerner's syndrome, the same patient as RCB0409 WS1TKB.
Comment from the depositor
RCB0434
J774.1
CommentMacrophage-like cell
Comment from the depositor
RCB0435
U-937 DE-4
CommentCloned U-937, differentiate with TNF
Comment from the depositor
RCB0436
HUC-F2
CommentNormal umbilical cord fibroblast, female
Comment from the depositor
RCB0437
HUC-Fm2
CommentNormal umbilical cord fibroblast, male
Comment from the depositor
RCB0438
LC-1/sq-SF
CommentHuman cell line derived from lung cancer. Squamous cell carcinoma. A subline of LC-1/sq (RCB0455) able to be cultured in serum-free conditions. LC-1/sq-SF (RCB0438), LC-1F (RCB0439), and LC-1/sq (RCB0455) are derived from the same patient. Application consideration
Comment from the depositor
RCB0439
LC-1F
CommentHuman cell line derived from lung cancer. Squamous cell carcinoma. Floating cells (non-adherent cells). LC-1/sq-SF (RCB0438), LC-1F (RCB0439), and LC-1/sq (RCB0455) are derived from the same patient.
Comment from the depositor
RCB0440
LC-2/ad
CommentAdenocarcinoma, moderately differentiated. Application consideration
Comment from the depositor
RCB0441
SCCKN
CommentHighly sensitive to bleomycin
Comment from the depositor
RCB0443
TC-YIK
CommentIntegrating HPV16, neurosecretory granules(+)
Comment from the depositor
RCB0444
RERF-LC-AI
CommentJapanese lung squamous carcinoma.
Comment from the depositor
RCB0447
ARLJ301-3
CommentDiploid rat liver epithelial cell line
Comment from the depositor
RCB0448
ARLJ301-3TR1
CommentSpontaneous transformant of ARLJ301-3
Comment from the depositor
RCB0449
Anr4
CommentEJ-ras oncogene transformed ARLJ301-3
Comment from the depositor
RCB0450
Anr9-1
CommentEJ-ras oncogene transformed ARLJ301-3
Comment from the depositor
RCB0451
Anr13-1
CommentEJ-ras oncogene transformed ARLJ301-3
Comment from the depositor
RCB0452
HTC/C3
CommentSecretes IL-1,TGFα,GM-CSF but not thyroglobulin
Comment from the depositor
RCB0453
SHOK
CommentContact-inhibited hamster embryonal cell line
Comment from the depositor
RCB0455
LC-1/sq
CommentHuman cell line derived from lung cancer. Squamous cell carcinoma. The parental cell line of LC-1/sq-SF (RCB0438). LC-1/sq-SF (RCB0438), LC-1F (RCB0439), and LC-1/sq (RCB0455) are derived from the same patient.
Comment from the depositor
RCB0466
Lu-134-A
CommentSmall cell carcinoma, classic type. See Lu-134-B. Application consideration
Comment from the depositor
RCB0467
Lu-134-B
CommentSmall cell carcinoma, classic type. See Lu-134-A. Application consideration
Comment from the depositor
RCB0468
Lu-135
CommentSmall cell carcinoma, variant type. Application consideration
Comment from the depositor
RCB0469
Lu-139
CommentSmall cell carcinoma, classic type. Application consideration
Comment from the depositor
RCB0470
Lu-140
CommentSmall cell carcimoma, classic type. Application consideration
Comment from the depositor
RCB0471
CYNOM-K1
CommentCITES. Cynomolgus monkey embryo skin, early passage.Monkey cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES).
Comment from the depositor
RCB0473
DD762
CommentMammary tumor cell line without C-type virus
Comment from the depositor
RCB0474
K562/MTX-2
CommentMethotrexate(MTX)-resistant K562 cell line
Comment from the depositor
RCB0475
ILT-Mat
CommentIL-2 dependent ATL cell line. Based on the information by depositor; (1) this cell line possesses HTLV-1 pro-virus DNA, (2) the HTLV-1 proteins (p19, p24, p53, gp46) cannot be detected with western blotting, (3) it is expressing CD2, CD4, Ia, and IL-2R, but is not expressing CD3 or CD8.
Comment from the depositor
RCB0476
Had-1
CommentA subline of FM3A (mouse breast cancer cell line). Resistant to Newcastle virus and Sendai virus. Dye by GS-II lectin. The revertant cells (parent cell-like cells) dye by WGA lectin.
Comment from the depositor
RCB0477
NB9
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Another name is CHP-212 (PMID: 6871857). Application consideration
Comment from the depositor
RCB0478
NB16
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified.
Comment from the depositor
RCB0480
NB69
CommentHuman cell line derived from Neuroblastoma. N-myc gene is not amplified. Application consideration
Comment from the depositor
RCB0481
TNB1
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Another name is TGW (PMID: 2335222). Application consideration
Comment from the depositor
RCB0482
MC-NB-1
CommentHuman cell line derived from Neuroblastoma. Possess N-myc gene amplicon. Application consideration
Comment from the depositor
RCB0483
LA-N-1
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Derived from metastatic tumor in bone marrow.
Comment from the depositor
RCB0484
LA-N-2
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified.
Comment from the depositor
RCB0485
LA-N-5
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified.
Comment from the depositor
RCB0486
CHP-126
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Application consideration
Comment from the depositor
RCB0487
CHP-134
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Application consideration
Comment from the depositor
RCB0488
3Y1-B clone 1-6
CommentStandard clone of 3Y1 series. So called 3Y1
Comment from the depositor
RCB0489
NEC8
CommentEmbryonal carcinoma, testis.
Comment from the depositor
RCB0490
NEC14
CommentEmbryonal carcinoma, testis. Application consideration
Comment from the depositor
RCB0492
OTCD1TKB
CommentHuman adherent cells derived from skin of a patient suffering from ornithine transcarbamylase deficiency.
Comment from the depositor
RCB0494
NEC15
CommentEmbryonal carcinoma, testis. Application consideration
Comment from the depositor
RCB0495
KU812
CommentChronic myelogeneous leukemia, Ph1 chromosome (+), basophil-like cells.
Comment from the depositor
RCB0496
KU812E
CommentChronic myelogenous leukemia , subclone of RCB0495 KU812.
Comment from the depositor
RCB0497
KU812F
CommentChronic myelogeneous leukemia, subclone of RCB0495 KU812.
Comment from the depositor
RCB0500
HGC-27
CommentHuman cell line derived from metastatic lymph node of gastric cancer (undifferentiated carcinoma).
Comment from the depositor
RCB0503
HeLa.S3(Mer^(-))
CommentRepair deficient (mer-)
Comment from the depositor
RCB0504
MR1-3
CommentMNNG-reistant HeLa.S3(Mer-) cells
Comment from the depositor
RCB0505
MR6
CommentMNNG-resistant HeLa.S3(Mer-) cells
Comment from the depositor
RCB0507
MR10-1
CommentMNNG-resistant HeLa.S3(Mer-) cells
Comment from the depositor
RCB0508
H-EMC-SS
CommentExtraskeletal myxoid chondrosarcoma
Comment from the depositor
RCB0510
ACL-15
CommentMetastasis to liver, lung
Comment from the depositor
RCB0511
RCN-9
CommentMetastasis to liver, lung
Comment from the depositor
RCB0512
RCN-H-4
CommentMetastasis to liver
Comment from the depositor
RCB0513
SKN
CommentHuman cell line derived from uterine leiomyosarcoma. Sensitive to estradiol-17 beta. Metastasis to kidney was observed in the clinic.
Comment from the depositor
RCB0515
HSKTC
CommentHuman cell line derived from Krukenberg tumor. Metastasis to ovary of gastric signet ring cell carcinoma. Producing mucin. Expressing CA19-9, CEA, and TPA.
Comment from the depositor
RCB0520
WR216
CommentAPRT(-) EB transformed B cell line
Comment from the depositor
RCB0521
HFL-I
CommentHuman fibroblasts derived from fetal lung (11 weekly age).
Comment from the depositor
RCB0522
HFL-II
CommentHuman fibroblasts derived from fetal lung (14 weekly age).
Comment from the depositor
RCB0523
HFL-III
CommentHuman fibroblasts derived from fetal lung (11 weekly age).
Comment from the depositor
RCB0524
HFL-AE-I
CommentHuman fibroblasts derived from lung of anencephalic fetus. 46XY,17p+ or 17ph+
Comment from the depositor
RCB0525
HFL-AE-II
CommentHuman fibroblasts derived from lung of anencephalic fetus. 46XX, inv(9p+,q-)
Comment from the depositor
RCB0526
Jyg-MC(A)
Commentmurine mammary tumor cell lines. High level MMTV producer line.
Comment from the depositor
RCB0527
Jyg-MC(B)
CommentMurine mammary tumor cell lines. Higher incidence in lung metastasis.
Comment from the depositor
RCB0528
MtT/S
CommentRat cell line derived from pituitary tumor. Estrogen-induced tumor. Producing growth hormone. Able to induce the cells producing prolactin. Four cell lines (MtT/E, MtT/S, MtT/SM, MtT/Se) were established simultaneously.Application consideration.
Comment from the depositor
RCB0529
MtT/Se
CommentRat cell line derived from pituitary tumor. Estrogen-induced tumor. Estrogen-dependent cell line. Producing a small amount of growth hormone. Four cell lines (MtT/E, MtT/S, MtT/SM, MtT/Se) were established simultaneously.Application consideration.
Comment from the depositor
RCB0530
MtT/SM
CommentRat cell line derived from pituitary tumor. Estrogen-induced tumor. Producing prolactin and growth hormone. Four cell lines (MtT/E, MtT/S, MtT/SM, MtT/Se) were established simultaneously. Application consideration.
Comment from the depositor
RCB0531
TtT/M-87
CommentMouse cell line derived from pituitary tumor (thyrotropin-producing tumor). Macrophage-like cells. Dependent on conditioned medium of L929 cells. Conditioned medium.
Comment from the depositor
RCB0533
Y1
CommentMouse steroid hormone secreting adrenal cortex cell line. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85062807 prior to order.
Comment from the depositor
RCB0535
RAW 264
CommentMouse leukemic monocyte. Abelson leukemia virus induced. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85062803 prior to order. Application consideration(PDF 580KB)
Comment from the depositor
RCB0536
STO
CommentTioguanine- and ouabain-resistant and HAT-sensitive fibroblasts. Suitable for ES cell feeder layer. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86032003 prior to order.
Comment from the depositor
RCB0537
JM
CommentHuman cell line derived from T-cell leukemia. Isolated from the same patient as “Jurkat”. Has the ability to grow HIV. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86010201 prior to order.
Comment from the depositor
RCB0538
PU5-18
CommentMouse lymphoid tumor, macrophage like. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85051501 prior to order.
Comment from the depositor
RCB0540
HAL-01
CommentAcute lymphatic leukemia
Comment from the depositor
RCB0544
MBT-2
CommentA mouse cell line derived from bladder cancer.
Comment from the depositor
RCB0545
OHTA
CommentMouse embryonic carcinoma
Comment from the depositor
RCB0546
AT-PDH1TKB
CommentPyruvate dehydrogenase deficiency fibroblasts.
Comment from the depositor
RCB0548
IA-5
CommentHuman cell line derived from lung cancer. Large cell carcinoma. Derived from skin metastasis. Transplantable in immuno-deficient mouse, but metastasis to lymph nodes is rarely observed. IA-5 (RCB0548) and IA-LM (RCB0554) were derived from the same patient.
Comment from the depositor
RCB0549
Cle-H3
CommentNIH3T3 transformant expressing human activated k-ras-2.
Comment from the depositor
RCB0550
Cle-H3^(neo+)
CommentpSV2neo-introduced G418-resistant Cle-H3 mutant.
Comment from the depositor
RCB0554
IA-LM
CommentHuman cell line derived from lung cancer. Large cell carcinoma. Derived from skin metastasis. Transplantable in immuno-deficient mouse, and metastasis to lymph nodes can be observed. IA-5 (RCB0548) and IA-LM (RCB0554) were derived from the same patient.
Comment from the depositor
RCB0555
GCIY
CommentStomach cancer (Borrmann IV). Mucin, CA19-9, CEA, alphafetoprotein positive.
Comment from the depositor
RCB0557
B16 melanoma 4A5
CommentMelanin pigment producing mouse melanoma. Application consideration
Comment from the depositor
RCB0558
LLC
CommentHighly metastatic and drug-resistant mouse tumor. Application consideration
Comment from the depositor
RCB0559
K-1.fl
CommentSFFV producing Friend leukemia cell line. Non-differentiating.
Comment from the depositor
RCB0560
F5-5.fl
CommentFriend leukemia. Differentiate to erythroblastoid cells with benzidine etc.
Comment from the depositor
RCB0561
T-3-Cl-2-0.fl
CommentFriend leukemia. Differentiate to erythroblastoid cells with 1.5% DMSO etc. A clone of TSFAT-3.fl
Comment from the depositor
RCB0562
TSFAT-3.fl
CommentFriend leukemia. Differentiate to erythroblastoid cells.
Comment from the depositor
RCB0565
ATDC5
CommentDifferentiate to chondrocytes, unidentifiable pigment cells. Teratocarcinoma AT805 derived.
Comment from the depositor
RCB0566
CGM1
CommentEB transformed B cell line
Comment from the depositor
RCB0569
707.fl
CommentFriend leukemia cell line. High ability to differentiate to erythroblastoid cells.
Comment from the depositor
RCB0570
GM86.fl
CommentFriend leukemia cell line from DBA/2 mouse.
Comment from the depositor
RCB0571
FVTCT.fl
CommentFriend leukemia cell line from BALB/c mouse. Virusnon-producing.
Comment from the depositor
RCB0580
SF8402
CommentControl from a nonexposed individual with breast cancer, different specimen from RCB0635
Comment from the depositor
RCB0582
SF8404
CommentControl from a nonexposed individual without cancer
Comment from the depositor
RCB0583
SF8405
CommentControl from a nonexposed individual without cancer.
Comment from the depositor
RCB0584
SF8406
CommentControl from a nonexposed individual without cancer.
Comment from the depositor
RCB0585
SF8657
CommentControl from a nonexposed individual with stomach cancer
Comment from the depositor
RCB0587
SF8759
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0588
SF8760
CommentAtomic bomb survivor with breast cancer.
Comment from the depositor
RCB0589
SF8761
CommentControl from a nonexposed individual without cancer.
Comment from the depositor
RCB0590
SF8762
CommentAtomic bomb survivor with breast cancer.
Comment from the depositor
RCB0596
SF8758
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0597
SF8656
CommentControl from a non-exposed individual without breast cancer but with thyroid & colon cancer.
Comment from the depositor
RCB0598
SF8655
CommentAtomic bomb survivor without cancer.
Comment from the depositor
RCB0600
SF8653
CommentAtomic bomb survivor without breast cancer but with thyroid cancer.
Comment from the depositor
RCB0602
SF8650
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0603
SF8649
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0604
SF8647
CommentAtomic bomb survivor with breast cancer.
Comment from the depositor
RCB0605
SF8546
CommentControl from a nonexposed individual without cancer.
Comment from the depositor
RCB0608
SF8543
CommentControl from a nonexposed individual with breast cancer
Comment from the depositor
RCB0610
SF8541
CommentControl from a nonexposed individual with uterus cancer
Comment from the depositor
RCB0614
SF8536
CommentAtomic bomb survivor without cancer
Comment from the depositor
RCB0617
SF8433
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0620
SF8429
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0621
SF8428
CommentAtomic bomb survivor with breast cancer, different specimen from RCB0624
Comment from the depositor
RCB0624
SF8425
CommentAtomic bomb survivor with breast cancer, different specimen from RCB0621.
Comment from the depositor
RCB0631
SF8416
CommentAtomic bomb survivor with breast cancer
Comment from the depositor
RCB0633
SF8414
CommentControl from a nonexposed individual with breast cancer
Comment from the depositor
RCB0634
SF8413
CommentControl from a nonexposed individual with chest cancer
Comment from the depositor
RCB0635
SF8410
CommentControl from a nonexposed individual with breast cancer, different specimen from RCB0580.
Comment from the depositor
RCB0637
CTLL-2
CommentCytotoxic T-cell line. IL-2 dependent.
Comment from the depositor
RCB0638
TCS
CommentHuman cell line derived from uterine cervix cancer. Keratinizing squamous carcinoma. Said producing CEA.
Comment from the depositor
RCB0641
EoL-1 cell
CommentEosinophilic leukemia. Differenciate by n-butylate treatment.
Comment from the depositor
RCB0657
HOKUG
CommentHuman cell line derived from uterine cervix cancer. Glassy cell carcinoma.
Comment from the depositor
RCB0658
HHUA
CommentHuman cell line derived from endometrial cancer. HHUA (RCB0658) was derived from the same patient of SNG-M (JCRB0179), another “human endometrial cancer-derived cell line” distributed from another cell repository, JCRB cell bank in Japan (precise explanation).
Comment from the depositor
RCB0659
HOUA-I
CommentHuman cell line derived from uterine cancer (endometrial cancer).
Comment from the depositor
RCB0660
HTMMT
CommentHuman cell line derived from malignant mixed mesodermal tumor found in uterus (malignant mixed Müllerian tumor).
Comment from the depositor
RCB0662
HOTHC
CommentHuman cell line derived from undifferentiated carcinoma of thyroid (pleomorphous). Expressing tumor angiogenesis factor (TAF) and G-CSF.
Comment from the depositor
RCB0665
HFWT
CommentHuman cell line derived from Wilms' tumor. Expressing CA125 and TPA.
Comment from the depositor
RCB0666
HSNB
CommentHuman cell line derived from Neuroblastoma. N-myc gene is amplified. Producing neuron specific enolase.Application consideration
Comment from the depositor
RCB0679
HDC
CommentHuman fibroblasts derived from uterine. 46XX,t(2/q2/q). The first child of this donor suffers from Down's syndrome, 46XX,t(2/q2/q).
Comment from the depositor
RCB0680
HKBMM
CommentHuman cell line derived from malignant meningioma.
Comment from the depositor
RCB0684
HFL-AE-III
CommentHuman fibroblasts derived from lung of anencephalic fetus (15 weekly age).
Comment from the depositor
RCB0685
SKG-II-SF
CommentA subline of SKG-II (human cell line derived from uterine cervix cancer, large cell non-keratinizing squamous cell carcinoma). Serum-free culture is possible. HPV type 18 integrated.
Comment from the depositor
RCB0687
KP-N-NS
CommentAdrenal neuroblastoma derived from brain metastasis
Comment from the depositor
RCB0688
QG-U
CommentJapanese cervix carcinoma.
Comment from the depositor
RCB0689
TCO-2
CommentHuman cell line derived from uterine cervix cancer. Adenocarcinoma. Said producing CEA, CA125, TPA.
Comment from the depositor
RCB0690
HOTHC-SF
CommentA subline of HOTHC. Serum-free and protein-free culture is possible.
Comment from the depositor
RCB0697
GM2-1TKB
CommentTay-Sachs' disease
Comment from the depositor
RCB0698
HFSKF-II
CommentHuman fibroblasts derived from fetal skin (11 weekly age).
Comment from the depositor
RCB0700
HTMM
CommentHuman cell line derived from malignant melanoma. Established from a metastasis to a lymph node. The origin is unknown.
Comment from the depositor
RCB0701
143B/TK^(-)neo^(R)
Commentv-Ki-ras transformant TE85 cell line. HAT sensitive, neo resistant.
Comment from the depositor
RCB0702
WI-38
CommentThe most famous normal human fibroblast. Obtained directly from L. Hayflick. Younger PDL than RCB704 at time of deposit.
Comment from the depositor
RCB0704
WI-38
CommentThe most famous normal human fibroblast. Obtained directly from L. Hayflick.
Comment from the depositor
RCB0715
CHAUT-G
CommentSmooth muscle cell sarcoma from Chinese hamster.
Comment from the depositor
RCB0721
GOTO·P3
CommentSubline of GOTO. Protein-free medium adapted.
Comment from the depositor
RCB0725
MS-1
CommentSmall lung carcinoma. PTHrP producing.
Comment from the depositor
RCB0733
NLS-6-5
CommentNalidixic acid sensitive mutant. Also sensitive toVP-16 and VM-26 Topo II inhibitors.
Comment from the depositor
RCB0735
OS-RC-2
CommentRenal tumor cell from a Japanese. Transplantable to nude mice.
Comment from the depositor
RCB0736
DJM-1
CommentMalignant trichilemmal cyst cells. Strongly laminin positive on cell surface. Serum-free culturable.
Comment from the depositor
RCB0738
MTHC-1
CommentRat thymoma cell line without mouse chromosome contamination. Compare to MTHC-2 and -3.
Comment from the depositor
RCB0748
Mm1
CommentSpontaneouly differentiated cell line derived from M1. Non-tumorigenic.
Comment from the depositor
RCB0749
MFH-ino
CommentHuman fibrous histiocytoma. Showing fibroblastic- and histiocytic features.
Comment from the depositor
RCB0750
TLR2
CommentHepatocytes containing temperature sensitive SV40 large T antigen. P450IA1 inducible.
Comment from the depositor
RCB0752
TKD2
CommentMouse kidney cell line. Derived from a transgenic mouse expressing temperature sensitive SV40 large T antigen (SV40tsA58).
Comment from the depositor
RCB0753
OMC-1
CommentJapanese cervix squamous cell carcinoma. Once said TA-4 positive.
Comment from the depositor
RCB0755
OMC-3
CommentMucinous cystadenocarcinoma. Said CA125,CA19-9 (+).
Comment from the depositor
RCB0760
MT-8
CommentRat cell line derived from malignant fibrous histiocytoma. Characteristics of histiocytes are lacking. The tumor formed by this cell line consists of immature cells.
Comment from the depositor
RCB0761
505-05-01
CommentMethylcholanthrene-induced fibrosarcoma. Metastatic to lung.
Comment from the depositor
RCB0762
MT-9
CommentRat cell line derived from malignant fibrous histiocytoma. Possessing characteristics of histiocytes.
Comment from the depositor
RCB0763
GI-1
CommentHuman glioma separated from gliosarcoma.
Comment from the depositor
RCB0764
Fvp^(r)B350
CommentTopoisomerase II inhibitor VP-16 resistant FM3A mutant.
Comment from the depositor
RCB0768
HP50-2
CommentHydrogen peroxide resistant HL60-derived clone.
Comment from the depositor
RCB0769
HP100-1
CommentHydrogen peroxide resistant HL60-derived clone. More resistant than HP50-2.
Comment from the depositor
RCB0774
EC-GI-10
CommentProduce hypercalcemia in nude mice. PTH-related protein, IL-1alpha producing.
Comment from the depositor
RCB0775
F-36P
CommentGM-CSF- or IL-3-dependent cell line. Differentiate to erythoid cells with erythropoietin.
Comment from the depositor
RCB0776
F-36E
CommentSubline of F-36P. Erythropoietin-dependent
Comment from the depositor
RCB0777
HMV-II
CommentMelanin producing. Originated from the same site of HMV-I.
Comment from the depositor
RCB0778
CW-2
CommentColon carcinoma. CEA-positive, nude mouse-transplantable.
Comment from the depositor
RCB0782
RC4
CommentNormal rabbit cornea cells. Usually transform spontaneously during serial culture.
Comment from the depositor
RCB0783
FCP-S1M
CommentSkin fibroblasts from a familial colon polyposis patient.
Comment from the depositor
RCB0784
FCP-S2H
CommentSkin fibroblasts from a familial colon polyposis patient at Hiroshima.
Comment from the depositor
RCB0785
FCP-S3H
CommentSkin fibroblasts from a familial colon polyposis patient at Hiroshima.
Comment from the depositor
RCB0786
FCP-S4H
CommentSkin fibroblasts from a familial colon polyposis patient at Hiroshima.
Comment from the depositor
RCB0787
FCP-S5H
CommentSkin fibroblasts from a familial colon polyposis patient at Hiroshima.
Comment from the depositor
RCB0788
FCP-S6H
CommentSkin fibroblasts from a familial colon polyposis patient at Hiroshima.
Comment from the depositor
RCB0789
HSQ-89
CommentJapanese maxillary simus squamous carcinoma
Comment from the depositor
RCB0792
T88-M
CommentIL-5 dependent early B-cell line. Also grows on IL-3. The population contain non-IL-5-dependent cell
Comment from the depositor
RCB0794
2C6
CommentHuman cell line derived from embryonic pancreas. Four cell lines (RCB0794,RCB0795,RCB0796,RCB0797) were derived from the same individual.
Comment from the depositor
RCB0795
1B2C6
CommentHuman cell line derived from embryonic pancreas. Four cell lines (RCB0794,RCB0795,RCB0796,RCB0797) were derived from the same individual.
Comment from the depositor
RCB0796
1C3D3
CommentHuman cell line derived from embryonic pancreas. Four cell lines (RCB0794,RCB0795,RCB0796,RCB0797) were derived from the same individual.
Comment from the depositor
RCB0797
1C3IKEI
CommentHuman cell line derived from embryonic pancreas. Four cell lines (RCB0794,RCB0795,RCB0796,RCB0797) were derived from the same individual.
Comment from the depositor
RCB0803
NBsusSR
CommentIsolated from a patient with hiper dopaminemia andnorepinephrinemia.
Comment from the depositor
RCB0805
Ba/F3
CommentIL-3 dependent pro B cell line. Conditioned medium. Information.
Comment from the depositor
RCB0806
Jurkat
CommentHuman T cell line, the same patient as JM. IL-2 productivity of this line was undetermined.
Comment from the depositor
RCB0808
MMAc
CommentHuman melanoma, spindle-shaped. Said DOPA (+).
Comment from the depositor
RCB0819
HMMME
CommentHuman cell line derived from malignant mesothelioma.
Comment from the depositor
RCB0820
HKBML
CommentHuman cell line derived from malignant lymphoma occurred in brain. Epstein-Barr virus positive.
Comment from the depositor
RCB0871
LLC-GA5-CoL150
CommentPig kidney (LLC-PK1) cells expressing human P-glycoproteins.
Comment from the depositor
RCB0872
LLC-GA5-CoL300
CommentPig kidney (LLC-PK1) cells expressing human P-glycoproteins.
Comment from the depositor
RCB0875
Chab1KMM
CommentChromosomal aberration; 46XX + (11;12)(q23.3, q15). Need confirmation.
Comment from the depositor
RCB0876
RGM1
CommentSo called clear cells from rat stomach mucosa.
Comment from the depositor
RCB0881
OCUB-M
CommentSame as OCUB-1, OCUB-F.
Comment from the depositorChromosome = pseudotetraploid.
RCB0882
OCUB-F
CommentSame as OCUB-1, OCUB-M.
Comment from the depositorChromosome = pseudodiploid
RCB0966
HGRT
CommentHuman cell line derived from retroperitoneal teratoma.
Comment from the depositor
RCB0967
HTST
CommentHuman cell line derived from sacrococcygeal teratoma.
Comment from the depositor
RCB0978
HIRS-BM
CommentHuman cell line derived from malignant mixed mesodermal tumor found in uterus (malignant mixed Müllerian tumor). Established from metastasis in bone marrow.
Comment from the depositor
RCB0980
Sa3
CommentSquamous carcinoma cells derived from human oral cancer.
Comment from the depositor
RCB0982
ECC4
CommentHuman cell line derived from rectum cancer (small cell cancer). Expressing creatinine kinase of brain isoenzyme etc. ( PubMed ID: 8392984).
Comment from the depositor
RCB0983
ECC10
CommentHuman cell line derived from stomach cancer (small cell cancer). Expressing creatinine kinase of brain isoenzyme etc. ( PubMed ID: 8392984).
Comment from the depositor
RCB0987
C2C12
CommentSaid differentiate to myotubes, but need confirmation. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 91031101 prior to order.
Comment from the depositor
RCB0988
CACO-2
CommentHuman colon carcinoma. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86010202 prior to order. Application consideration
Comment from the depositor
RCB0989
COLO 679
CommentMelanoma from a 47 year old female. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 87061210 prior to order.
Comment from the depositor
RCB0990
CPAE
CommentBovine pulmonary artery endothelial cells producing angiotensin-converting enzyme. Bovine Viral Diarrhea Virus (BVDV) positive. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86111401 prior to order.
Comment from the depositor
RCB0991
G-361
CommentHuman melanoma producing melanin up to 50 PDL. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 88030401 prior to order.
Comment from the depositor
RCB0992
HOS
CommentSensitive to further transformation with both virus and chemicals. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 87070202 prior to order.
Comment from the depositor
RCB0993
IEC 6
CommentRat small intestine epithelial cells. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 88071401 prior to order.
Comment from the depositor
RCB0995
MDCK
CommentCanine kidney epithelial. Sensitive to wide range of viruses. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 84121903 prior to order.
Comment from the depositor
RCB0996
Mv.1.Lu(NBL-7)
CommentAleutian mink cells. Used for focus forming assays for murine and ferine sarcoma viruses. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 88050503 prior to order.
Comment from the depositor
RCB0999
MKN7
Commentc-erbB-2 expressing gastric adenocarcinoma. Differentiated type.
Comment from the depositor
RCB1001
MKN45
CommentPoorly differentiated gastric adenocarcinoma. Producing high level of CEA.
Comment from the depositor
RCB1002
MKN74
CommentModerately differentiated adenocarcinoma. Once they were hypodiploids.
Comment from the depositor
RCB1003
MKN1
CommentPotentially differentiatable to both direction of adenomatous and squamous epithelial cells.
Comment from the depositor
RCB1005
KP4
CommentPancreatic ductal cell carcinoma. Mother cell line of KP4-1, -2, and -3.
Comment from the depositor
RCB1006
KP4-1
CommentPancreatic ductal cell carcinoma. PTHrP producing.
Comment from the depositor
RCB1007
KP4-2
CommentPancreatic ductal cell carcinoma. PTHrP producing.
Comment from the depositor
RCB1008
KP4-3
CommentPancreatic ductal cell carcinoma. PTHrP producing.
Comment from the depositor
RCB1009
ECC12
CommentStomach cancer (small cell cancer + glandular cancer)-derived cell line. Expressing creatinine kinase of brain isoenzyme etc. ( PubMed ID: 8392984). Application consideration
Comment from the depositor
RCB1010
HOEF
CommentHuman fibroblasts derived from endometrium. The donor was suffering from infertility. 47,XX,+X (analyzed by the depositor).
Comment from the depositor
RCB1011
H-AE-IV
CommentHuman fibroblasts derived from anencephalic fetus (11 weekly age).
Comment from the depositor
RCB1012
T3M-5
CommentG-CSF producing thyroidal squamous carcinoma.
Comment from the depositor
RCB1015
T3M-1 Clone2
CommentG-CSF producing oral squamous cell carcinoma, the same patient as T3M-1 Cl-10 and CJM.
Comment from the depositor
RCB1017
T3M-1 Cl-10
CommentG-CSF and IL-1 producing oral squamous cell carcinoma, the same patient as T3M-1 Clone2 and CJM.
Comment from the depositor
RCB1018
T3M-3
CommentTrophoblastic cell. Producing chorionic gonadotropin, estrogen, progesterone.
Comment from the depositor
RCB1020
T3M-10
CommentLung large cell carcinoma producing CSF.
Comment from the depositor
RCB1021
T3M-4
CommentPancreatic adenocarcinoma producing CEA. K-ras activated.
Comment from the depositor
RCB1022
T3M-11
CommentHuman cell line derived from lung cancer (small cell carcinoma). Expressing insulin-like growth factor II (IGF-II).
Comment from the depositor
RCB1024
IMR-90-SV
CommentSV40 transformed human lung fibroblast.
Comment from the depositor
RCB1025
RTH33
CommentSV40-Adeno Vector transformed hepatocytes. Albumin secretion and urea synthesis were reported.
Comment from the depositor
RCB1026
GM95
CommentGlucosylceramide synthetase-deficient B16 melanoma mutant.
Comment from the depositor
RCB1027
MEB4
CommentNot expressing melanoma antigen. Control for GM-95(RCB1026) cell line.
Comment from the depositor
RCB1032
NOS-1
CommentOsteoid producing in vitro and in nude mice.
Comment from the depositor
RCB1033
NOS-2
CommentHuman osteosarcoma producing osteoid in vitro and in vivo(mouse).
Comment from the depositor
RCB1034
CJM
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1035
CJM Cl4
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1036
CJM Cl5
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1037
CJM Cl6
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1038
CJM Cl7
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1039
CJM Cl8
CommentHuman cell line derived from metastasis of cancer occurred in oral cavity, the same patient as T3M-1 Clone2 and T3M-1 Cl-10.
Comment from the depositor
RCB1062
LMSU
CommentHuman cell line derived from lymph node metastasis of gastric cancer.
Comment from the depositor
RCB1088
ψCRIP-P131
CommentHigh-titer producer of MoMLV-derived retrovirus. A subline of ψCRIP.
Comment from the depositor
RCB1089
ψCRIP-MFGmGM-CSF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse GM-CSF. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1090
ψCRIP-MFGmIL-1α
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-1alpha. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1091
ψCRIP-MFGmIL-1RA
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-1 receptor antagonist. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1092
ψCRIP-MFGmIL-2
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-2. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1093
ψCRIP-MFGmIL-3
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-3. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1094
ψCRIP-MFGmIL-4
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-4. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1095
ψCRIP-MFGmIL-6
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-6. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1096
ψCRIP-MFGmIL-7
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-7. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1097
ψCRIP-MFGmIL-10
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-10. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1098
ψCRIP-MFGmIL-12p40
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-12 (p40 subunit). Refer to RCB1099. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1099
ψCRIP-MFGmIL-12p35
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IL-12 (p35 subunit). Refer to RCB1098. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1100
ψCRIP-MFGmTNF-α
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse TNF-alpha. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1101
ψCRIP-MFGhTNF-α
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human TNF-alpha. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1102
ψCRIP-MFGmLT
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse lymphotoxin. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1103
ψCRIP-MFGmG-CSF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse G-CSF. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1104
ψCRIP-MFGhM-CSF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human M-CSF. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1105
ψCRIP-MFGmIFN-γ
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse IFN-gamma. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1106
ψCRIP-MFGhMIF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human MIF. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1107
ψCRIP-MFGmLIF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse leukemia inhibitory factor (LIF). Long term culture results in decrease of virus production.
Comment from the depositor
RCB1108
ψCRIP-MFGmKitLigand
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse kit ligand (SCF). Long term culture results in decrease of virus production.
Comment from the depositor
RCB1109
ψCRIP-MFGhOncost-M
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human oncostatin M. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1110
ψCRIP-MFGmB7
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse B7 (CD80). Long term culture results in decrease of virus production.
Comment from the depositor
RCB1111
ψCRIP-MFGmB7-2
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse B7-2 (CD86). Long term culture results in decrease of virus production.
Comment from the depositor
RCB1112
ψCRIP-MFGtrγIFNR
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express a truncated form of mouse IFN-gamma. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1113
ψCRIP-MFGrab-IL1RA
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express rabbit IL-1 receptor antagonist. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1114
ψCRIP-MFGratGM-CSF
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express rat GM-CSF. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1115
ψCRIP-MFGneo
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express neomycin. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1116
ψCRIP-MFGHSVtk
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express HSV thymidine kinase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1117
ψCRE-MFGts-c-src
CommentCartagena Protocol on Biosafety.Producer of MoMLV-derived retrovirus including mouse c-src cDNA with ts mutation.
Comment from the depositor
RCB1118
ψCRIP-MFGts-c-src
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse c-src possessing ts mutation. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1119
ψCRE-MFGtsT
CommentCartagena Protocol on Biosafety.High-titer producer of MoMLV-derived retrovirus including SV40 large T temperature-sensitive cDNA.
Comment from the depositor
RCB1120
ψCRIP-MFGtsT
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express temperature-sensitive SV40 large T. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1124
OP9
CommentSupport hematpoietic stem cell and ES cell differentiation to blood cells and lymphocytes.
Comment from the depositor
RCB1125
TOM-2
CommentGlassy cell carcinoma from cervix.
Comment from the depositor
RCB1126
MC3T3-E1
CommentDifferentiate to osteoblasts. Collagen producing.
Comment from the depositor
RCB1127
MC3T3-G2/PA6
CommentSupport hematpoietic stem cell and osteoclast differentiation. Pre-adipocyte.
Comment from the depositor
RCB1129
TGBC1TKB
CommentJapanese gallbadder carcinoma metastated to lymph node from the same patient of TGBC2TKB. Application consideration
Comment from the depositor
RCB1130
TGBC2TKB
CommentJapanese gallbladder carcinoma from the same patient of TGBC1TKB. Application consideration
Comment from the depositor
RCB1139
HFSKF-AE-V
CommentHuman fibroblasts derived from fetal skin (31 weekly age).
Comment from the depositor
RCB1143
DA-1
CommentIL-3 dependent mouse myeloid cells. MoLV induced.
Comment from the depositor
RCB1144
DA-3
CommentIL-3 dependent mouse myeloid cells. MoLV induced.
Comment from the depositor
RCB1145
32D
CommentIL-3 dependent cells from Friend leukemia virus-infected mouse bone marrow.
Comment from the depositor
RCB1148
TGBC11TKB
CommentJapanese gastric cancer, lymph node metastated. Application consideration
Comment from the depositor
RCB1151
RCC10RGB
CommentKidney carcinoma from a Japanese patient.
Comment from the depositor
RCB1152
Sawano
CommentHuman cell line derived from endometrial adenocarcinoma of uterus. Resistant to cisplatin.
Comment from the depositor
RCB1154
KGN
CommentHuman cell line derived from ovarian granulosa cell tumor. Aromatase activity is increased by stimulation of FSH and hMG.
Comment from the depositor
RCB1158
B16F10/mGM
CommentMouse GM-CSF producing B16 melanoma.
Comment from the depositor
RCB1164
MOLT-3
CommentHuman T cell leukemia, the same patient as RCB0206 MOLT-4. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 84 prior to order.
Comment from the depositor
RCB1165
YAC-1
CommentNatural killer cell-sensitive mouse lymphoma.Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 96 prior to order.
Comment from the depositor
RCB1166
KG-1
CommentHuman acute myeloid leukemia. The variant subline (RCB1928 KG-1a) CD3-,CD13+,CD14-,CD15+,CD19-,CD33+. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 14 prior to order.
Comment from the depositor
RCB1167
P-815
CommentMouse mastocytoma. Used as a target cells for cytotoxic T cell assays. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 1 prior to order.
Comment from the depositor
RCB1168
SKW-3
CommentHuman cell line derived from acute lymphoblastic leukemia (ALL). A subline of KE-37. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 53 prior to order.
Comment from the depositor
RCB1169
TGBC18TKB
CommentPapillotubular adenocarcinoma of the Vater's papilla. Application consideration
Comment from the depositor
RCB1171
HOUFXXX
CommentStopped distribution. This cell line has been distributed as “Human fibroblasts derived from vagina. 47,XX,+X” until August 2023. It was proved that this cell line was a misidentified cell line of HOEF (RCB1010), human fibroblasts derived from endometrium with 47,XX,+X, deposited from the same scientist.
Comment from the depositor
RCB1178
HuG1-PI
CommentHuman cell line derived from ascites of a gastric cancer patient. Expressing hybrid type of alkaline phosphatase. HuG1-N is another cell line derived from the same patient.
Comment from the depositor
RCB1179
HuG1-N
CommentHuman cell line derived from ascites of a gastric cancer patient. Expressing Nagao-type alkaline phosphatase. HuG1-PI is another cell line derived from the same patient.
Comment from the depositor
RCB1180
Tanoue
CommentB-lineage acute lymphoblastic leukemia.
Comment from the depositor
RCB1181
ST
CommentA subclone of RCB1180 Tanoue.
Comment from the depositor
RCB1182
GR-ST
CommentRCB1181 ST cells transformed with human G-CSF receptor cDNA. Responds to G-CSF.
Comment from the depositor
RCB1184
Lu-165
CommentProducing high level of anti-diuretic hormone. Application consideration
Comment from the depositor
RCB1185
TT1TKB
CommentRectal carcinoma from a Japanese patient. Application consideration
Comment from the depositor
RCB1186
TGBC14TKB
CommentJapanese gallbladder tumor passed through a nude mouse. Application consideration
Comment from the depositor
RCB1187
TUHR3TKB
CommentJapanese kidney carcinoma cells. RCB original.
Comment from the depositor
RCB1188
NRS-1
CommentHuman rhabdomyosarcoma showing myogenic differentiation. TGFbeta inhibits it. Application consideration
Comment from the depositor
RCB1189
THP-1
CommentHuman cell line derived from acute monocytic leukemia. Differentiate to macrophage-like cells by treatment of phorbol ester. The characteristics are somewhat different from THP-1 distributed from ATCC such as in cell size and drug sensitivities. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 16 prior to order.Application consideration
Comment from the depositor
RCB1191
5637
CommentDescribed to produce SCF, IL-1, IL-3, IL-6, G-CSF, GM-CSF, etc. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 35 prior to order.
Comment from the depositor
RCB1192
MDA-MB-453
CommentHuman breast carcinoma established from an effusion. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 65 prior to order.Application consideration
Comment from the depositor
RCB1193
COLO-320
CommentDescribed to produce serotonin, epinephrine. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ACC 144 prior to order.
Comment from the depositor
RCB1196
TGBC24TKB
CommentJapanese gallbladder carcinoma established from metastated ascite. Application consideration
Comment from the depositor
RCB1197
P2UR/K-562
CommentExpressing P2U receptor acting in signal transduction pathway.
Comment from the depositor
RCB1198
TUHR4TKB
CommentJapanese renal carcinoma cells.
Comment from the depositor
RCB1200
MMAc·SF
CommentSerum-free medium-adapted MMAc cells. For SF culture, + insulin, hEGF, hydrocortisone, bovine pituit
Comment from the depositor
RCB1264
tsBN2
CommentTemperature-sensitive mutant of BHK-21. Causing premature chromosome condensation.
Comment from the depositor
RCB1267
tsBN7
CommentTemperature-sensitive mutant of BHK-21 with mutated DAD1 gene. Causing apoptosis at 39.5 C.
Comment from the depositor
RCB1268
tsBN462
CommentTemperature-sensitive mutant of BHK-21. Complemented with human X-linked CCG1 gene. Application consideration
Comment from the depositor
RCB1269
tsBN75
CommentTemperature-senstive mutant of BHK-21. Complemented with ubiquitin-activating enzyme E1 cDNA.
Comment from the depositor
RCB1270
tsBN51
CommentTemperature-sensitive mutant of BHK-21 with defect in RNA polymerase III subunit.
Comment from the depositor
RCB1271
tsBN67
CommentTemperature-sensitive mutant of BHK-21. Stop growth after 2-day culture at 39.5 C.
Comment from the depositor
RCB1272
tsBN250
CommentTemperature-sensitive mutant of BHK-21. Complementation group A. Dye rapidly at 39.5 C.
Comment from the depositor
RCB1273
tsBN269
CommentTemperature-sensitive mutant of BHK-21 selected after MNNG treatment.
Comment from the depositor
RCB1275
TUHR10TKB
CommentJapanese renal carcinoma cells expressing HLA-A2402.
Comment from the depositor
RCB1278
MtT/E
CommentRat cell line derived from pituitary tumor. Estrogen-induced tumor. Producing no pituitary hormone. Four cell lines (MtT/E, MtT/S, MtT/SM, MtT/Se) were established simultaneously.Application consideration.
Comment from the depositor
RCB1279
TtT/GF
CommentMouse cell line derived from pituitary tumor (thyrotropin-producing tumor). Pituitary folliculo-stellate-like cells. FGF-dependent cell line. GFAP positive. S-100 positive. Said producing IL-6.
Comment from the depositor
RCB1280
TGBC50TKB
Comment3 cell lines from different metastases were established from the same patient. See TGBC51TKB. Application consideration
Comment from the depositor
RCB1281
TGBC51TKB
Comment3 cell lines from different metastases were established from the same patient. See TGBC52TKB. Application consideration
Comment from the depositor
RCB1282
TGBC52TKB
Comment3 cell lines from different metastases were established from the same patient. See TGBC50TKB. Application consideration
Comment from the depositor
RCB1283
B16 melanoma
CommentMouse melanoma producing melanin. Application consideration
Comment from the depositor
RCB1284
B16 melanoma/lacZ
CommentMouse melanoma expressing E.coli lac Z. Strongly positive with beta-galactosidase.
Comment from the depositor
RCB1286
ECPC-3
CommentChoroid plexus carcinoma cell line transfected with IgH enhancer-SV40 T fusion gene.
Comment from the depositor
RCB1287
ECPC-4
CommentChoroid plexus carcinoma cell line transfected with IgH enhancer-SV40 T fusion gene. Different shape
Comment from the depositor
RCB1290
OIH-1
CommentA human cell line derived from acute myeloid leukemia (AML). AML was originated from MDS. Possessing a mutation in DCC gene. Application consideration
Comment from the depositor
RCB1292
RBE
CommentHuman intrahepatic cholangiocarcinoma.Please read carefully this information before use.
Comment from the depositor
RCB1293
SSP-25
CommentHuman intrahepatic cholangiocarcinoma. Please read carefully this information before use.
Comment from the depositor
RCB1296
HNT-34
CommentA human cell line derived from acute myeloid leukemia (AML). AML was originated from CMMoL. Possessing Philadelphia chromosome and t(3;3)(q21;q26). Expressing EVI1 and BCR/ABL. Application consideration
Comment from the depositor
RCB1297
HYT-1
CommentA human cell line derived from acute myeloid leukemia (AML). Secondary AML. Able to differentiate to megakaryocyte-like cells.
Comment from the depositor
RCB1311
C3H/HeN-emb
CommentMouse(C3H/HeN Jcl) embryonic fibroblasts cultured under the 3T3 schedule.
Comment from the depositor
RCB1312
C57BL/6J-emb
CommentMouse(C57BL/6J) embryonic fibroblasts cultured under the 3T3 schedule.
Comment from the depositor
RCB1313
RERF-LC-KJ
CommentJapanese lung adenocarcinoma, highly metastatic in SCID mice. Also refer to RCB0444 RCRF-LC-AI.
Comment from the depositor
RCB1316
CTB-1
CommentFas-antigen expressing. Ligation with anti-Fas mAb does not induce apoptosis.
Comment from the depositor
RCB1317
KU-SN
CommentRare peripheral neuroectodermal tumor cells. Use collagen-coated dish.
Comment from the depositor
RCB1366
HuH-7
CommentSaid producing alpha-fetoprotein, alpha-antitrypsin, ceruloplasmin, fibrinogen, fibronectin, etc.
Comment from the depositor
RCB1367
HuH-6
CommentHepatoblastoma. Said albumin and alpha-fetoprotein producing.
Comment from the depositor
RCB1369
NBT-T1
CommentA subline of NBT-II. Low invasive bladder carcinoma. Relatively high cadherin expression.
Comment from the depositor
RCB1370
NBT-T2
CommentA subline of NBT-II. Almost non-invasive bladder carcinoma. Relatively high cadherin expression.
Comment from the depositor
RCB1371
NBT-L1
CommentA subline of NBT-II. Invasive bladder carcinoma. Relatively low cadherin expression.
Comment from the depositor
RCB1372
NBT-L2a
CommentA subline of NBT-II. Highly invasive bladder carcinoma. Relatively low cadherin expression.
Comment from the depositor
RCB1373
NBT-L2b
CommentA subline of NBT-II. The most invasive bladder carcinoma. Relatively low cadherin expression.
Comment from the depositor
RCB1374
1-8
CommentCITES. CAG-loxP-neopA-loxP-LacZ(incomplete) was inserted. Control cell line for 2-2 and 2-7 cells. Monkey cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES). Origin animal species details
Comment from the depositor
RCB1375
2-2
CommentCITES. 35 copies of CAG-loxP-neopA-loxP-LacZ were tandemly inserted. Cre will delete neopA and induce LacZ. Monkey cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES). Origin animal species details
Comment from the depositor
RCB1376
2-7
CommentCITES. A copy of CAG-loxP-neopA-loxP-LacZ was inserted. Cre will delete neopA and induce LacZ. Monkey cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES). Origin animal species details
Comment from the depositor
RCB1377
32Dcl3
CommentMouse IL-3 dependent cells cloned from 32D. Differentiate with G-CSF stimulation. Conditioned medium.
Comment from the depositor
RCB1378
MuSS
CommentA-Jackson mouse-derived histiocyte-like cells from spontaneous sarcoma.
Comment from the depositor
RCB1382
CF1TKB
CommentJapanese cystic fibrosis fibroblast.
Comment from the depositor
RCB1383
TUHR14TKB
CommentJapanese renal carcinoma cells.
Comment from the depositor
RCB1422
L929
CommentTNFalpha-sensitive L929. Do not confuse with RCB0081 L929 that is insensitive to TNFalpha.
Comment from the depositor
RCB1423
BHK-21
CommentThe parent cell line used for the temperature sensitive cell line series of BN.
Comment from the depositor
RCB1425
LCAM1
CommentHuman lung cancer derived cell.
Comment from the depositor
RCB1426
PMF-ko14
CommentStopped distribution.. Until September 2023, we have distributed this cell line as “Japanese colon carcinoma cell line. Family of the patient also exhibited high risk, but not so-called HNPCC.” This cell line was a mix-up of KM12, a colon carcinoma cell line registered in the National Cancer Institute of USA.
Comment from the depositor
RCB1429
SN-512
CommentA human cell line derived from acute myeloid leukemia (AML, M2).
Comment from the depositor
RCB1433
TEN
CommentHuman cell line derived from endometrial cancer. Clear cell carcinoma. Said c-erb-2(+), cathepsin D(+), CA125(+) in a part of cells.
Comment from the depositor
RCB1434
KE-39
CommentHuman cell line derived from gastric cancer
Comment from the depositor
RCB1435
KE-97
CommentStopped distribution. Until 2022, this cell line has been distributed as “Human cell line derived from intraperitoneal metastasis of gastric cancer”. However, this cell line was proved to be derived from B cells, and thus we stopped the distribution.
Comment from the depositor
RCB1437
AW-EBV-LCL
CommentB95-8 EB virus transformed B cell line (derived from B cells present in a patient suffering from leukemia).
Comment from the depositor
RCB1438
TW-EBV-LCL
CommentB95-8 EB virus transformed (originally normal) B cell line.
Comment from the depositor
RCB1440
ATN-1
CommentAdult T-cell leukemia. HTLV-1 pro-virus DNA(+). Based on the information by depositor; (1) this cell line possesses HTLV-1 pro-virus DNA, (2) the HTLV-1 proteins (p19, p24, p53, gp46) cannot be detected with western blotting.
Comment from the depositor
RCB1449
C7
Commentp53 deficient mouse bone marrow derived cell. Useful for study of p53 suppressor oncogene.
Comment from the depositor
RCB1450
LM8
CommentA highly metastatic cell line derived from Dunn's osteosarcoma (C3H mouse origin).
Comment from the depositor
RCB1451
L929
CommentSanford's original, brought by Katsuta at 7/5/1955. Insensitive to TNFalpha. Possible to culture in MEM medium.
Comment from the depositor
RCB1456
RCR-1
CommentAstroglia cell line. Possible to culture in DMEM medium. See RCB0075.
Comment from the depositor
RCB1460
PCM6
CommentHuman myeloma cell.
Comment from the depositor
RCB1472
M
CommentCapable to form collagen network. Possible to culture in DMEM medium. See RCB0067.
Comment from the depositor
RCB1473
LYM-1
CommentSticky cell from lymph node. Possible to culture in DMEM medium.
Comment from the depositor
RCB1474
RLC-16
CommentEpithelial cell from rat liver. Possible to culture in DMEM medium.
Comment from the depositor
RCB1477
CHO-RD
CommentSubline of CHO cells. Derived from CHO-K1 cell line. Serum-free medium adapted. Application consideration
Comment from the depositor
RCB1483
OV2944-HM-1
CommentLymphnode-metastatic ovarian tumor. So called HM-1 cells.
Comment from the depositor
RCB1484
RLC-18
CommentNon tumorigenic in nude mice. Possible to culture in DMEM medium.
Comment from the depositor
RCB1486
JTC-19
CommentRat lung fibroblast once said interferon-producing. Possible to culture in DMEM medium. See RCB0074 .
Comment from the depositor
RCB1487
MY-EBV-LCL
CommentB95-8 EB virus transformed (originally normal) B cell line.
Comment from the depositor
RCB1489
RLC-27
CommentLiver-derived cell, tumorigenic in nude mice. Possible to culture in DMEM medium.
Comment from the depositor
RCB1495
FU-RPNT-1
CommentScarcely found primitive neuroectodermal tumor from a Japanese kidney. Application consideration
Comment from the depositor
RCB1506
clone YP1N25
CommentSubline of mouse C127 cell line. Inducible expression of influenza virus protein (PB1, NP) is possible.
Comment from the depositor
RCB1507
clone YP1N27
CommentA subline of C127. PB1 RNA polymerase subunit and nucleoprotein are inducible by dexamethasone.
Comment from the depositor
RCB1508
clone 76
CommentSubline of mouse C127 cell line. Inducible expression of influenza virus protein (PB1, NP, PA, PB2) is possible.
Comment from the depositor
RCB1509
clone 64
CommentSubline of mouse C127 cell line. Inducible expression of influenza virus protein (PB1, NP, PA) is possible.
Comment from the depositor
RCB1512
MH7A
CommentRheumatoid fibroblast-like synoviocyte transformed with SV40 T antigen. Respond to IL-1beta.
Comment from the depositor
RCB1513
HOMM
CommentHuman cell line derived from melanoma occurred in uterine cervix. Possessing melanin granules.
Comment from the depositor
RCB1514
HOCE
CommentStopped distribution due to the limited proliferation capacity. Human cell line derived from choriocarcinoma. Application consideration
Comment from the depositor
RCB1517
A-6(ES derived)
CommentMouse ES ( AES0001 H-1 ) cell derived cell, useful for study of hematopoiesis.
Comment from the depositor
RCB1518
SS-A3-1
CommentF344 male rat fibrosarcoma cells, but with histiocytic and/or myofibroblastic characteristics.
Comment from the depositor
RCB1520
JHOC-5
CommentHuman cell line derived from ovarian clear cell adenocarcinoma. Said CA125 and CA72-4 producing. Application consideration
Comment from the depositor
RCB1521
JHOS-2
CommentHuman cell line derived from ovarian serous adenocarcinoma. Said CA125 and CA15-3 producing. Application consideration
Comment from the depositor
RCB1525
HeLa.S3
CommentRCB0191 HeLa.S3, that has been cultured in MEM(susp.). This line is cultured in MEM.
Comment from the depositor
RCB1528
CCP-2
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface. TRAP-positive.
Comment from the depositor
RCB1530
CCP-7
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface. TRAP-positive.
Comment from the depositor
RCB1531
CCP-8
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface. TRAP-positive.
Comment from the depositor
RCB1534
MLC-1-B
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface.
Comment from the depositor
RCB1535
MLC-2-4
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface.
Comment from the depositor
RCB1536
MLC-6
CommentOsteoclast-like cell line derived from mouse (C3H/He).
Comment from the depositor
RCB1537
MLC-7
CommentBone marrow stroma cell line, depositing calcified matrix on the culture surface.
Comment from the depositor
RCB1538
32Dcl3
CommentSubclone of 32D cell line. Differentiate to mature granulocytes by G-CSF. Conditioned medium.
Comment from the depositor
RCB1539
P19.CL6
CommentMouse cell line derived from embryonal carcinoma. C3H strain. Following differentiation, beating cardiomyocytes appear. The efficiency of differentiation is lower compared to RCB 2318.
Comment from the depositor
RCB1541
HFL9t
CommentHuman fibroblasts derived from fetal lung (19 weekly age). 47,+del(9)(q12). RCB1542 is derived from the same fetus.
Comment from the depositor
RCB1542
HFSK9t
CommentHuman fibroblasts derived from fetal skin (19 weekly age). 47,+del(9)(q12). RCB1541 is derived from the same fetus.
Comment from the depositor
RCB1543
JHTKI-col-L
CommentHuman B cell-like cell line derived from colon cancer tissue.
Comment from the depositor
RCB1544
JHUAS-1
CommentHuman cell line derived from uterine adenosquamous carcinoma. Said CEA and CA125 producing. Application consideration
Comment from the depositor
RCB1545
JHUAS-2-L
CommentHuman B cell-like cell line derived from uterine cancer tissue (Adenosquamous carcinoma).
Comment from the depositor
RCB1546
JHOS-3
CommentHuman cell line derived from ovarian serous adenocarcinoma. Said CA125 producing. Application consideration
Comment from the depositor
RCB1547
JHUCS-1
CommentHuman cell line derived from uterine carcinosarcoma. Nude mouse transplantable. Application consideration
Comment from the depositor
RCB1548
JHUEM-1
CommentHuman cell line derived from uterine endometrioid adenocarcinoma. Said CA125 and CEA producing. Application consideration
Comment from the depositor
RCB1549
YSCCC
CommentHuman cell line derived from cholangiocellular carcinoma.
Comment from the depositor
RCB1550
HL-60-R2
CommentVariant of HL60. Resistant to retinoic acid and active Vit. D derivatives.
Comment from the depositor
RCB1551
JHUEM-2
CommentHuman cell line derived from uterine endometrioid adenocarcinoma. Application consideration
Comment from the depositor
RCB1552
JHUEM-3
CommentHuman cell line derived from uterine endometrioid adenocarcinoma. Application consideration
Comment from the depositor
RCB1555
F9
CommentSaid to differentiate to parietal endoderm with retinoic acid and dibutyryl cAMP.
Comment from the depositor
RCB1558
JHUS-nk1
CommentHuman cell line derived from uterine cervix cancer. Squamous cell carcinoma. Application consideration
Comment from the depositor
RCB1560
PWS-Yamaguchi
CommentPrader-Willi syndrome with obesity. del(15) was found in lymphocytes of the patient.
Comment from the depositor
RCB1561
RML-Yoshi
CommentSevere insulin-resistance by uncleaved insulin proreceptor. G->T mutation in interconnecting region.
Comment from the depositor
RCB1564
ψCRIP-RxnZ
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express LacZ possessing nuclear localization signal. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1572
ψCRIP-hBax-i-hCD25-CS
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human Bax. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1573
ψCRIP-ATR-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express angiotensin receptor and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1574
ψCRIP-RxhCD82
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human CD82. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1575
ψCRIP-Rx-crmA-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express anti-apoptotic crmA and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1576
ψCRIP-Rx-ETBR-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human endothelin receptor and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1577
ψCRIP-mPCNF1-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express mouse calcineurin and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1579
ψCRIP-MFG-Z
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express lac Z. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1580
ψCRIP-MFG-T37
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express SV40 large T antigen. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1581
ψCRIP-MSHR
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human MSH receptor. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1582
ψCRIP-NCre
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express Cre recombinase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1583
ψCRIP-hp53-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human p53 and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1584
ψCRIP-RxBcl-XL-i-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human Bcl-xL and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1585
ψCRIP-RxhFAS-i-CD80
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human FAS and human CD80. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1587
ψCRIP-RxhSecR-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human secretin receptor and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1588
ψCRIP-hSSR-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human somatostatin receptor and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1589
ψCRIP-RxmPCNT1-i-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express a truncated form of mouse calcineurin and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1590
ψCRIP-RxhVIPR-bsr
CommentCartagena Protocol on Biosafety. Cell line producing MoMLV-derived retrovirus to express human VIP receptor and blasticidin S deaminase. Long term culture results in decrease of virus production.
Comment from the depositor
RCB1591
SRA 01/04
Commentalpha, beta-crystaline expressing human lense epithelial cell line. plasmid DNA: pRSV-B-T Ag.
Comment from the depositor
RCB1593
OS3
Commentori- SV40 DNA transformed C3H mouse brain-derived cells. GFAP+ astrocytes and GFAP- oligodendrocytes
Comment from the depositor
RCB1597
KKC
CommentMouse T cell line transformed by Gross leukemia virus.
Comment from the depositor
RCB1598
NCKA
CommentMouse T cell line transformed by Gross leukemia virus.
Comment from the depositor
RCB1600
KKF
CommentMouse T cell line transformed by Gross leukemia virus.
Comment from the depositor
RCB1601
KKB
CommentMouse T cell line transformed by Gross leukemia virus.
Comment from the depositor
RCB1613
HFL-AE-VI
CommentHuman fibroblasts derived from lung of anencephalic fetus (18 weekly age).
Comment from the depositor
RCB1615
HFSKF-AE-VII
CommentHuman fibroblasts derived from skin of anencephalic fetus (17 weekly age). RCB1617 and RCB1618 are derived from the same fetus.
Comment from the depositor
RCB1617
HFL-AE-VII
CommentHuman fibroblasts derived from lung of anencephalic fetus (17 weekly age). RCB1615 and RCB1618 are derived from the same fetus.
Comment from the depositor
RCB1618
HFLI-AE-VII
CommentHuman fibroblasts derived from liver of anencephalic fetus (17 weekly age). RCB1615 and RCB1617 are derived from the same fetus.
Comment from the depositor
RCB1635
K-562
CommentHuman cell line derived from chronic myelogenous leukemia. Can produce hemoglobin in the presence of NaB. Directly deposited from the institution that has established this cell line.
Comment from the depositor
RCB1637
293
CommentA human cell line derived from kidney of a fetus. Transformed with sheared human Ad5 DNA. Sensitive to human adenoviruses and adenovirus DNA. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85120602 prior to order.
Comment from the depositor
RCB1638
Hepa 1-6
CommentMouse cell line derived from hepatoma. Derived from BW7756 tumour in a C57L mouse. Secretes several products such as albumin, alpha-fetoprotein, alpha 1-antitrypin and amylase. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 92110305 prior to order.
Comment from the depositor
RCB1639
LoVo
CommentCEA-producing colon adenocarcinoma. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 87060101 prior to order.
Comment from the depositor
RCB1640
DAUDI
CommentBurkitt's lymphoma. Sensitive to lymphokine-activated killer cells but resistant to natural killer cells. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011437 prior to order.
Comment from the depositor
RCB1641
EL4
Comment9,10-dimethyl-1,2benzanthracene induced lymphoma. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85023105 prior to order.
Comment from the depositor
RCB1642
3T3 Swiss Albino
CommentContact inhibition. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85022108 prior to order.
Comment from the depositor
RCB1644
BeWo
CommentIt was initiated from a malignant gestational choriocarcinoma of the fetal placenta. Need to check response to hormones before use. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86082803 prior to order.
Comment from the depositor
RCB1645
Y79
CommentCaucasian retinoblastoma. May have reverse transcriptase. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 86093003 prior to order.
Comment from the depositor
RCB1647
RAJI
CommentBurkitt's lymphoma. Sensitive to LAK cells but resistant to NK cells. Back up of culture ECA2673. Resistant to VSV. This cell line carries the latent Epstein-Barr Virus (EBV) genome and is positive for EBNA. RAJI is sometimes referred to as a 'non-producer'; the EBV genome carries deletions attributed to preventing the formation of virus particles. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011429 prior to order.
Comment from the depositor
RCB1648
Hep G2
CommentHuman cell line derived from hepatoblastoma. Secretes several products such as albumin, alpha2-macroglobulin, alpha 1-antitrypsin, transferrin and plasminogen. Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to ECACC 85011430 prior to order. Information
Comment from the depositor
RCB1668
293/CrmA
CommentA subline of 293. Expressing caspase-inhibiting CrmA gene.
Comment from the depositor
RCB1676
JHOM-1
CommentHuman cell line derived from ovarian mucinous adenocarcinoma. Application consideration
Comment from the depositor
RCB1677
JHUEM-7
CommentHuman cell line derived from uterine endometrioid adenocarcinoma. Application consideration
Comment from the depositor
RCB1678
JHOS-4
CommentHuman cell line derived from ovarian serous cyst adenocarcinoma. Application consideration
Comment from the depositor
RCB1680
TUHR25TKB
CommentHuman cell line derived from kidney cancer.
Comment from the depositor
RCB1681
GS-HepG2
CommentA subline of Hep G2. Expressing abundant glutamine synthetase. Information
Comment from the depositor
RCB1682
JHOM-2B
CommentHuman cell line derived from ovarian mucinous tubular adenocarcinoma. Application consideration
Comment from the depositor
RCB1688
JHOC-7
CommentHuman cell line derived from ovarian clear cell carcinoma. Application consideration
Comment from the depositor
RCB1691
Tpit/F1
CommentPituitary folliculo-stellate-like cell line. Derived from a transgenic mouse expressing temperature sensitive SV40 large T antigen.
Comment from the depositor
RCB1692
Tpit/E
CommentVascular endothelial cell-like cell line derived from an anterior pituitary gland of a transgenic mouse expressing temperature sensitive SV40 large T antigen. Producing endothelin.
Comment from the depositor
RCB1695
RMS-YM
CommentEmbryonal rhabdomyosarcoma cell line derived from human. Transplantable in nude mouse.
Comment from the depositor
RCB1696
SPB-1
CommentSerine-palmitoyl transferase deficient (temperature-sensitive) cells derived from CHO-K1 cell line.
Comment from the depositor
RCB1697
SPB-1/cLCB1
CommentSPB-1 derivative complemented the Serine-palmitoyl transferase deficiency.
Comment from the depositor
RCB1698
LY-B
CommentSerine-palmitoyl transferase (LCB1 subunit) deficient cells derived from CHO-K1 cell line.
Comment from the depositor
RCB1699
LY-B/cLCB1
CommentLY-B derivative complemented the Serine-palmitoyl transferase (LCB1 subunit) deficiency.
Comment from the depositor
RCB1701
MY
CommentHuman cell line derived from p180-BCR-ABL dependent leukemia.
Comment from the depositor
RCB1702
SLVL
CommentHuman cell line derived from splenic B cell lymphoma.
Comment from the depositor
RCB1705
JHCA-ov
CommentHuman cell line derived from metastasis at ovary of colon cancer. Moderately differentiated adenocarcinoma. Application consideration
Comment from the depositor
RCB1706
JHCOLOYI
CommentHuman cell line derived from rectal cancer. Application consideration
Comment from the depositor
RCB1708
JHTSK-col-L
CommentHuman B cell-like cell line derived from colon cancer tissue.
Comment from the depositor
RCB1709
GE1
CommentMouse-derived gingival epithelial cell line. Derived from SV40-Large T antigen transgenic mouse. Application consideration
Comment from the depositor
RCB1721
JHUCS-3
CommentHuman cell line derived from uterine cervix cancer. Application consideration
Comment from the depositor
RCB1723
JHOC-8
CommentHuman cell line derived from ovarian clear cell adenocarcinoma. Application consideration
Comment from the depositor
RCB1724
JHSK-rec
CommentHuman cell line derived from rectal cancer. Application consideration
Comment from the depositor
RCB1728
Hpr-4
CommentH2O2 resistant Chinese Hamster V79 cells
Comment from the depositor
RCB1731
TM-31
CommentHuman cell line derived from astrocytoma developed in a patient with NF-1 (neurofibromatosis type 1)
Comment from the depositor
RCB1741
NHOS
CommentMouse osteosarcoma cell line. Transplantable to mouse and form bone tissue in mouse.
Comment from the depositor
RCB1752
BS-SHI-4M
CommentHuman cell line derived from Bloom syndrome patient. Transformed by EBV. Can express certain antigen on the cell surface, such as cancer-specific antigen.
Comment from the depositor
RCB1753
KMY-J
CommentMeningioma derived cell line. Derived from rat F344.
Comment from the depositor
RCB1754
KMY-1
CommentSubline of KMY-J. Fibroblast-like.
Comment from the depositor
RCB1755
KMY-2
CommentSubline of KMY-J. Epithelial-like.
Comment from the depositor
RCB1756
KMY-3
CommentSubline of KMY-J. Polyploidy.
Comment from the depositor
RCB1757
HS-P
CommentRat cell line derived from histiocytic sarcoma. Possessing characteristics of macrophage.
Comment from the depositor
RCB1771
Lu-24
CommentHuman cell line derived from lung cancer. Oat cell type. Application consideration
Comment from the depositor
RCB1772
Lu-141
CommentHuman cell line derived from lung cancer. Small cell carcinoma. Application consideration
Comment from the depositor
RCB1773
Lu-143
CommentHuman cell line derived from lung cancer. Small cell carcinoma. Application consideration
Comment from the depositor
RCB1785
Lu-138
CommentHuman cell line derived from lung cancer. Small cell carcinoma. Application consideration
Comment from the depositor
RCB1788
AT805
CommentMouse teratoma-derived cell line. Parent cell line of ATDC5.
Comment from the depositor
RCB1790
P19C6
CommentEmbryonal carcinoma cell line derived from mouse C3H. Differentiate to nervous system.
Comment from the depositor
RCB1791
PCC3/A/1
CommentMouse teratoma-derived cell line.
Comment from the depositor
RCB1792
SIL-6/1
CommentSubline of A-6. Dependent on SCF and IL-6 for proliferation. Differentiate to erythroid cells by IL-3.
Comment from the depositor
RCB1797
BP7(R80)
CommentRat renal tumor derived cell line.
Comment from the depositor
RCB1798
BP11(R2)
CommentRat (Wistar) cell line derived from renal (kidney) tumor.
Comment from the depositor
RCB1799
BP11(R100)
CommentRat (Wistar) cell line derived from renal (kidney) tumor.
Comment from the depositor
RCB1800
BP13(R2)
CommentRat cells derived from kidney carcinoma. After passage 2. Wistar rat.
Comment from the depositor
RCB1801
BP13(R100)
CommentRat cell line derived from kidney carcinoma. After passage 100. Wistar rat.
Comment from the depositor
RCB1802
BP26(R2)
CommentRat cells derived from kidney carcinoma. After passage 2. Wistar rat.
Comment from the depositor
RCB1803
BP26(R80)
CommentRat cell line derived from kidney carcinoma. After passage 80. Wistar rat.
Comment from the depositor
RCB1804
BP30(R2)
CommentRat cells derived from kidney carcinoma. After passage 2. Wistar rat.
Comment from the depositor
RCB1805
BP30(R100)
CommentRat cell line derived from kidney carcinoma. After passage 100. Wistar rat.
Comment from the depositor
RCB1806
BP36B(R2)
CommentRat cells derived from kidney carcinoma. After passage 2. Wistar rat.
Comment from the depositor
RCB1807
BP36B(R100)
CommentRat cell line derived from kidney carcinoma. After passage 100. Wistar rat.
Comment from the depositor
RCB1821
CHO-FLAG-hBLT1
CommentSubline of CHO-K1 that expresses human leukotriene B4 receptor (BLT1).
Comment from the depositor
RCB1822
CHO-HA-hBLT2
CommentSubline of CHO-K1 that expresses human leukotriene B4 receptor (BLT2).
Comment from the depositor
RCB1823
CHO·1F8
CommentSubline of CHO-K1 that expresses human platelet activating factor receptor.
Comment from the depositor
RCB1829
SC-1
CommentEmbryonal cell line derived from wild mouse. Sensitive to leukemia viruses.
Comment from the depositor
RCB1830
Rat-1
CommentRat fibroblast-like cell line that can be transformed by oncogenes.
Comment from the depositor
RCB1831
XC
CommentCell line for titration of murine leukemia virus.
Comment from the depositor
RCB1832
THK
CommentSV40 transformed hamster cell line. Fibroblast-like cells.
Comment from the depositor
RCB1833
Mink
CommentLung epithelial cell line derived from mink. Useful for focus forming assays for murine leukemia virus.
Comment from the depositor
RCB1834
S+L-Mink
CommentMink (RCB1833) cells transformed by Moloney murine sarcoma virus.
Comment from the depositor
RCB1835
Sirc
CommentFibroblast-like cell line derived from rabbit.
Comment from the depositor
RCB1846
HSC-F
CommentCITES. T cell line derived from Cynomolgus Monkey (Macaca fascicularis). Monkey cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES).
Comment from the depositor
RCB1847
ES-8040 20-2
CommentErythroleukemia cell line derived from mouse C3H/He. TER119(+) cells.
Comment from the depositor
RCB1848
ES-8047 2-1
CommentErythroleukemia cell line derived from mouse C3H/He. TER119(+) cells.
Comment from the depositor
RCB1849
C-8049
CommentErythroleukemia cell line derived from mouse C3H/He. TER119(+) cells.
Comment from the depositor
RCB1850
C-8052
CommentErythroleukemia cell line derived from mouse C3H/He. TER119(+) cells.
Comment from the depositor
RCB1854
HSP-239
CommentCITES. T cell line derived from Chimpanzee (Pan troglodytes). Chimpanzee cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES).
Comment from the depositor
RCB1855
HSP-250
CommentCITES. T cell line derived from Chimpanzee (Pan troglodytes). Chimpanzee cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES).
Comment from the depositor
RCB1859
MDBK-NST
CommentA cell line derived from kidney of bovine. FBS independent for culture. A cell line derived from kidney of bovine. Information about BVDV (ATCC) . Information about BVDV (ECACC) . Information about BVDV (DSMZ) .
Comment from the depositor
RCB1861
T-23
CommentCITES. Lung fibroblastic cell line derived from Tupaia belangeri. Tupaia cell lines require import and export permits according to the Convention on International Trade in Endangered Species (CITES).
Comment from the depositor
RCB1862
NIH3T3-3-4
CommentSubclone of NIH3T3. Application consideration
Comment from the depositor
RCB1869
LY-A
CommentSubline of CHO-K1 cell line in which trafficking of ceramide is deficient
Comment from the depositor
RCB1870
LY-A/hCERT
CommentSubline of LY-A in which human CERT cDNA are expressed and trafficking of ceramide is recovered
Comment from the depositor
RCB1871
TL-1
CommentHuman lymphoid cell line derived from Burkitt's lymphoma. Tumorigenic in nude mouse. TKG0607 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB1872
A431
CommentHuman cell line derived from epidermoid carcinoma. TKG0182 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1873
JTK-LCL
CommentHuman B cell line transformed by Epstein-Barr Virus. HLA: A0206 and A2402. TKG0585 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1874
KOIA-LCL
CommentEBV-transformed cell line from a patient (male) with p53 germ line mutation. Mutation was noted at codon 242 (TGC→TAC) by FASAY. TKG0506 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1875
XPL 5
CommentLymphoblastoid cell line established by EBV infection from XP patient, variant type. TKG0309 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1876
211-LCL-MUC1
CommentHuman B lymphoblastoid cell line (RCB2288 211-LCL) transformed with APR-MUC1 and PRC-MUC1 cDNAs. TKG0615 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1878
RPMI1788
CommentIgM (lambda) secreting B cell line. Established from peripheral blood lymphocytes of apparently normal 33-y-o male. HLA profile: A2, Aw33, B7, B14. TKG0464 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1879
PEER
CommentHuman T cell line derived from acute T cell leukemia. TKG0377 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1881
TL-Mor
CommentHuman derived T cell line. HTLV-1 pro-virus DNA(+). TKG0369 (Deposited from Tohoku Univ.). Based on the information by depositor; (1) this cell line possesses HTLV-1 pro-virus DNA, (2) the HTLV-1 proteins (p19, p24, p53, gp46) cannot be detected with western blotting.
Comment from the depositor
RCB1882
BALL-1
CommentHuman cell line derived from B cell leukemia. TKG0467 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1884
H-111-TC
CommentHuman cell line derived from gastric cancer. TKG0411 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1886
Hep G2
CommentHuman cell line derived from hepatoblastoma. Secretes several products such as albumin, alpha2-macroglobulin, alpha 1-antitrypsin, transferrin and plasminogen. TKG0205 (Deposited from Tohoku Univ.). Information
Comment from the depositor
RCB1889
HEp-2
CommentSupports growth of arvovirus and measles virus. A subline of HeLa cell (HeLa contamination). TKG0403 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1890
MG-63
CommentOsteosarcoma cell line derived from human. High yield of IFN production by induction with poly IC, cyclohexmide, actinomycin D. Antigenically, MG-63 IFN is closely related to human fibroblast IFN. TKG0294 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1891
HeLa TG
CommentA subline of HeLa. 6-thioguanine resistant. TKG0204 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1892
SKG-IIIa
CommentCervical carcinoma cell line derived from human. TA-4, CA-4, TPA, placental ALP are positive. Regan isoenzyme producing. p53 normal, p51 mutation (+), HLA-A 2402/. TKG0462 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1894
TE-1
CommentHuman cell line derived from esophageal cancer. Squamous cell carcinoma. TKG0252 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1896
TN-2
CommentHuman cell line derived from neuroblastoma of adrenal gland. TKG0278 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1897
K562
CommentHuman cell line derived from chronic myelogenous leukemia. IMPORTANT NOTICE: Can NOT produce hemoglobin in the presence of NaB. Of note, K562 (RCB0027) and K-562 (RCB1635) can produce hemoglobin in the presence of NaB. TKG0210 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1898
K562/Adr
CommentSubline of K562. Resistant to adriamycin. TKG0211 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1900
Lu99
CommentLung giant cell carcinoma cell line derived from human. TKG0495 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1901
PK-59
CommentHuman cell line derived from pancreatic cancer. TKG0492 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1902
HSC-4
CommentHuman tongue squamous cell carcinoma derived cell line. TKG0489 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1903
OVK18
CommentHuman cell line derived from ovarial cancer, subclone of RCB2535. TKG0323 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1904
MCF7
CommentHuman cell line derived from breast adenocarcinoma. TKG0479 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1905
Sq-1
CommentHuman cell line derived from lung squamous cell carcinoma. Many granules are found in cytoplasma. HLA-A 11/24. TKG0301 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB1907
TKKK
CommentHuman cell line derived from intrahepatic bile duct cancer. TKG0456 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1909
8305C
CommentHuman thyroid anaplastic carcinoma derived cell line. TKG0446 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1911
CCD-IC
CommentRabbit kidney cell line transformed by SV40 large T antigen. Derived from renal cortical collecting tubules.
Comment from the depositor
RCB1912
CNT
CommentRabbit kidney cell line transformed by SV40 large T antigen. Derived from renal distal tubules.
Comment from the depositor
RCB1913
PST-S2
CommentRabbit kidney cell line transformed by SV40 large T antigen. Derived from renal proximal tubules.
Comment from the depositor
RCB1921
NRG
CommentMouse bone marrow derived fibroblast-like cells line. Differentiates to neuron.
Comment from the depositor
RCB1925
WA-mFib
CommentMouse stromal cell line for human lung small cell carcinoma cell line, WA-ht.
Comment from the depositor
RCB1926
OT11
CommentRBP-J deficient mouse fibroblasts
Comment from the depositor
RCB1927
OT13
CommentControl cell line for OT11 (normal fibroblasts derived from the same mouse strain)
Comment from the depositor
RCB1928
KG-1a
CommentHuman cell line derived from acute myelogenous leukemia. The variant subline of KG-1(RCB1166) cell line. TKG0402 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1933
NALM-6
CommentHuman cell line derived from B cell leukemia. TKG0413 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1934
HUT78
CommentHuman cell line derived from T cell of a patient with Sezary syndrome. Producing IL-2. TKG0375 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1935
HPB-ALL
CommentHuman cell line derived from T cell leukemia. TKG0199 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1936
MOLT-4F
CommentHuman T leukemic cell line (CD4+). CR2 receptor (+). TKG0229 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1938
P30/OHK
CommentHuman cell line derived from T cell leukemia. TKG0463 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1939
NUGC-4
CommentHuman cell line derived from signet ring cell carcinoma of stomach. TKG0449 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1940
SH-10-TC
CommentHuman cell line derived from gastric cancer. Derived from nude mouse xenograft tumor (TKG 0338, SH-10). TKG0412 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1941
Li-7
CommentHuman hepatoma cell line. This cell line was established from nude mouse xenograft tumor (Dr. Hirohashi., National Cancer Center, Tokyo) by Tanno, H. (Tohoku Univ., 1st Surg). AFP producing. TKG0368 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1943
HuH-28
CommentHuman cell line derived from cholangiocellular carcinoma. TKG0438 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1945
HSC-2
CommentHuman cell line derived from oral squamous cell carcinoma occurred in 69-yo, male patient. HLA-A 24/. TKG0487 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1947
Ca Ski
CommentHuman cell line derived from uterine cervical epidermoid carcinoma. TKG0366 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1949
TE-5
CommentHuman cell line derived from poorly differntiated esophageal squamous cell carcinoma. Not transplantable to nude mouse. TKG0256 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1950
TE-6
CommentHighly differentiated squamous carcinoma (esophagus), not transplantable to nude mouse. Progeny were cured by Treatments with BM Cycline and MC210. TKG0257 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1951
TE-15
CommentHuman cell line derived from esophageal cancer (highly differentiated squamous cell carcinoma). Not transplantable to nude mouse. TKG0266 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1952
SCCH-26
CommentHuman neuroblastoma cell line. TKG0460 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1953
NB-1
CommentHuman cell line derived from neuroblastoma. Dibuty-cAMP (1 mM) induces differentiation. TKG0486 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1954
T98G
CommentHuman cell line derived from glioblastoma multiforme (Caucasian). Hyperpentaploid chromosome count. TKG0471 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1955
KMST-6
CommentHuman cell line derived from embryonic fibroblasts. Characteristics Embryonal fibroblast immortalized by 60-Co irradiation (400 Rad x 1 time and 200 rad x 12 times). Non-tumorigenic. TKG0482 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1960
HuCCT1
CommentHuman bile duct carcinoma. This cell line produces carbohydrate antigen 19/9 in serum-free medium. TKG0389 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1963
VMRC-RCW
CommentHuman renal cell carcinoma cell line. TKG0447 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1965
EBC-1
CommentHuman lung squamous cell carcinoma cell line. TKG0481 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1966
S1
CommentHuman cell line derived from lung cancer. Small cell carcinoma. TKG0244 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB1967
LU65
CommentHuman lung carcinoma cell line. TKG0442 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1970
LK-2
CommentHuman lung squamous cell carcinoma cell line. TKG0494 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1971
Lu99B
CommentHuman lung giant cell carcinoma cell line. TKG0496 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1972
PK-1
CommentHuman pancreatic carcinoma cell line. RCB2138 was derived from the same patient. TKG0239 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1973
PK-45H
CommentHuman pancreatic carcinoma cell line, the same patient as RCB2141. TKG0491 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1974
SAS
CommentHuman cell line derived from tongue cancer. Squamous cell carcinoma. TKG0470 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1975
HSC-3
CommentHuman tongue squamous cell carcinoma cell line. HLA-A 2/24. TKG0484 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1976
Ca9-22
CommentHuman gingival carcinoma cell line. Expressing remarkable EGF receptor. HLA-A 2/24. TKG0485 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1980
CCRF-CEM
CommentHuman cell line derived from T cell leukemia. TKG0563 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1981
HD-Mar2
CommentA cell line derived from the pleural effusion of a patient with a recurrent T-lymphoblastic lymphoma after treatment of the originally diagnosed Hodgkin's lymphoma. The characteristics is T cell lymphoma. TKG0198 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1988
TE-9
CommentHuman esophageal squamous cell carcinoma (poorly differentiated) cell line. Not transplantable to nude mouse. TKG0260 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB1990
KUSA-H1
CommentMouse bone marrow-derived stromal cells.
Comment from the depositor
RCB1991
KUSA-O
CommentMouse multipotent mesenchymal cells. Derived from bone marrow.
Comment from the depositor
RCB1992
UV♂1d
CommentMouse cell line derived from UV-induced fibroblast sarcome.
Comment from the depositor
RCB1993
UV♀1A
CommentMouse cell line derived from UV-induced fibroblast sarcome.
Comment from the depositor
RCB1994
UV♀2
CommentMouse cell line derived from UV-induced angioendothelioma-like tumor.
Comment from the depositor
RCB1995
UV·BAL-1.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB1996
UV·BAL-2.1D
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB1997
UV·B6-1.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB1998
UV·B6-2.1A
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB1999
UV·B6-4.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2000
UV·B6-5.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2024
UV·BAL-3.3
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2025
UV·BAL-5.4G
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2026
UV·BAL-6.1E
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2027
UV·BAL-7.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2028
UV·BAL-8.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2029
UV·BAL-8.1C
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2030
UV·BAL-12.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2031
UV·BAL-13.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2032
UV·BAL-14.2
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2033
UV·BAL-15.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2034
UV·BAL-16.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2035
UV·BAL-17.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2036
UV·BAL-18.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2053
UV·C3H-3.3
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2056
UV·C3H-8.2
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2057
UV·BAL-19.1A
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2058
UV·BAL-20.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2059
UV·BAL-21.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2060
UV·BAL-23.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2061
UV·C3B6-1.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2062
UV·C3B6-1.1C
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2065
UV·CB6-2.1F
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2066
UV·CB6-3.4B
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2067
UV·CB6-4.1D
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2068
UV·CB6-4.1F
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2070
UV·CB6-5.2
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2071
UV·CB6-5.2B
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2072
UV·CB6-6.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2073
UV·CB6-6.1B
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2074
UV·CC3-11.1
CommentMouse cell line derived from UV-induced skin tumor.
Comment from the depositor
RCB2076
Has
CommentChinese hamster cell line. Epithelial-like adherent cells.
Comment from the depositor
RCB2078
FU-RPNT-2
CommentHuman primitive neuroectodermal tumor cell line derived from kidney.
Comment from the depositor
RCB2079
UCB-TERT-21
CommentHuman mesenchymal cell line derived from umbilical cord blood. Immortalized by hTERT.
Comment from the depositor
RCB2080
UCB408E6E7TERT-33
CommentHuman mesenchymal cell line derived from umbilical cord blood. Immortalized by HPV E6, E7, and hTERT.
Comment from the depositor
RCB2081
KUSA-A1
CommentMesenchymal stem cell line derived from C3H/He mouse strain.
Comment from the depositor
RCB2082
103-LCL
CommentHuman B cell line transformed by Epstein-Barr Virus. TKG0614 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2083
141-LCL
CommentHuman B cells transformed by Epstein-Barr virus. RCB2541 was derived from the same patient. TKG0611 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2084
TALL-1
CommentHuman T-cell line derived from acute lynphblastic leukemia. TKG0251 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2088
Kato III
CommentHuman cell line derived from gastric cancer. Signet ring carcinoma. TKG0213 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2092
87-5
CommentHuman cell line derived from lung cancer. Small cell carcinoma. TKG0503 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2093
II-18
CommentHuman cell line derived from lung cancer. Adenocarcinoma. TKG0177 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2094
MIA Paca2
CommentHuman cell line derived from pancreatic cancer. TKG0227 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2095
PANC-1
CommentHuman cell line derived from pancreatic cancer. Ductal origin. TKG0606 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2097
TE-4
CommentHuman cell line derived from esophageal cancer. Highly differentiated squamous cell carcinoma. TKG0255 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2098
TE-8
CommentHuman cell line derived from esophageal cancer. Moderately differentiated squamous cell carcinoma. TKG0259 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2099
TE-10
CommentHuman cell line derived from esophageal cancer. Highly differentiated squamous cell carcinoma. TKG0261 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2100
TE-11
CommentHuman cell line derived from esophageal cancer. Moderately differentiated squamous cell carcinoma. TKG0262 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2101
TE-14
CommentHuman cell line derived from esophageal cancer. Moderately differentiated squamous cell carcinoma. TKG0265 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2102
HO-1-u-1
CommentHuman cell line derived from squamous cell carcinoma at mouth floor. TKG0455 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2103
8505C
CommentHuman cell line derived from thyroid cancer. Poorly differentiated papillary adenocarcinoma. TKG0439 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2104
HuO-3N1
CommentHuman cell line derived from osteosarcoma. TKG0452 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2105
D98-AH2
CommentHuman cell line derived from cervical cancer. The cells were converted to HGPRT(-). A subline of HeLa cell. TKG0191 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2106
ME-180
CommentHuman cell line derived from cervical cancer. TKG0437 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2107
TN-1
CommentHuman cell line derived from neuroblastoma formed at adrenal gland. TKG0277 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2108
NH-12
CommentHuman cell line derived from neuroblastoma. TKG0448 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2109
NH-6
CommentHuman cell line derived from neroblastoma of adrenal gland. TKG0468 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2110
YKG1
CommentHuman cell line derived from glioblastoma. TKG0453 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2111
K562/Vin
CommentSubline of K562 cell line. Resistant to vincristine. TKG0212 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2112
KUM4
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2113
KUM6
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2114
KUM7
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2115
KUM9
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2116
TSt-4
CommentMurine mesenchymal cell line derived from fetal thymus tissue. Can support the generation of myeloid cells and B cells from muirne hematopietic stem/progenitors.
Comment from the depositor
RCB2117
TSt-4/G
CommentMurine mesenchymal cell line derived from fetal thymus tissue. Can support the generation of myeloid cells and B cells from muirne hematopietic stem/progenitors. Established originally as a cotrol cells for TSt-4/G-DLL1. By retorviral transduction, EGFP is expressed.
Comment from the depositor
RCB2118
TSt-4/G-DLL1
CommentOriginal murine mesenchymal cell line was derived from fetal thymus tissue. DLL1 gene was retrovirally introduced. Can support the generation of T cells (up to DP stage) from muirne hematopietic stem/progenitors. EGFP was also introduced, and is expressed as a marker.
Comment from the depositor
RCB2119
TSt-4/N
CommentOriginal murine mesenchymal cell line was derived from fetal thymus tissue. Can support the generation of myeloid cells and B cells from muirne hematopietic stem/progenitors. Established originally as a cotrol cells for TSt-4/N-DLL1. By retorviral transduction, huma NGF receptor is expressed.
Comment from the depositor
RCB2120
TSt-4/N-DLL1
CommentOriginal murine mesenchymal cell line was derived from fetal thymus tissue. By retrovirally introducing DLL1 gene, this cell line can support the generation of T cells (up to DP stage) from muirne hematopietic stem/progenitors. Human NGF receptor is also introduced, and is expressed as a marker on cell surface.
Comment from the depositor
RCB2127
COLO205
CommentHuman cell line derived from colon cancer. Derived from ascites metastasis. TKG0457 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2133
S2
CommentHuman cell line derived from lung cancer. Small cell carcinoma. TKG0245 (Deposited from Tohoku Univ.).Application consideration
Comment from the depositor
RCB2134
86-2
CommentHuman cell line derived from lung cancer. Large cell carcinoma. TKG0181 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2135
NIH:OVCAR-3
CommentHuman cell line derived from adenocarcinoma of ovary. TKG0602 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2136
YST-1
CommentHuman cell line derived from schwannoma. TKG0454 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2138
KLM-1
CommentHuman cell line derived from pancreatic cancer. RCB1972 was derived from the same patient. TKG0490 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2141
PK-45P
CommentHuman cell line derived from pancreatic carcinoma. RCB1973 was derived from the same patient. TKG0493 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2143
DU145
CommentHuman cell line derived from brain metastasis of prostate carcinoma. TKG0604 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2144
LNCap.FGC
CommentHuman cell line derived from prostate adenocarcinoma. Derived from lymph node metastasis. TKG0603 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2145
PC-3
CommentHuman cell line derived from bone metastasis of prostatic cancer. TKG0600 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2146
WERI-Rb-1
CommentHuman cell line derived from retinoblastoma. TKG0601 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2147
KUM3
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2148
KOP
CommentMouse fibroblast-like cell line lacking p38 MAP kinase expression.
Comment from the depositor
RCB2149
RKOP
CommentSubline of KOP cell line, expressing FLAG-tagged p38 MAP kinase. Zeocin-resistant.
Comment from the depositor
RCB2150
EKOP
CommentSubline of KOP cell line, expressing FLAG-tagged EXIP. Zeocin-resistant.
Comment from the depositor
RCB2151
ZKOP
CommentSubline of KOP cell line. Zeocin-resistant.
Comment from the depositor
RCB2153
UE6E7T-2
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E6, E7, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2154
UE6E7T-3
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E6, E7, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2156
UBE6T-6
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by bmi-1, HPV E6, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2157
UBE6T-7
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by bmi-1, HPV E6, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2158
UE7T-9
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E7 and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2159
UE6E7T-11
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E6, E7, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2160
UE6E7T-12
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E6, E7, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2161
UE7T-13
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E7 and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2162
UBE6T-15
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by bmi-1, HPV E6, and hTERT. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2163
UE6E7-16
CommentHuman mesenchymal cell line derived from bone marrow. Immortalized by HPV E6 and E7. RCB2152- RCB2163 are derived from the same bone marrow.
Comment from the depositor
RCB2202
293T
CommentA subline of 293. Expressing SV40 large T antigen.
Comment from the depositor
RCB2205
NCC-RbC-39
CommentHuman retinoblastoma cell line.
Comment from the depositor
RCB2206
NCC-RbC-51
CommentHuman retinoblastoma cell line derived from cervical lymph node metastasis.
Comment from the depositor
RCB2208
NCC-RbC-54
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2212
NCC-RbC-59
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2213
NCC-RbC-60
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2217
NCC-RbC-83
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2218
NCC-RbC-92
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2219
NCC-RbC-T1
CommentHuman cell line derived from retinoblastoma.
Comment from the depositor
RCB2223
NCC-OvC-K119
CommentHuman cell line derived from ovarian cancer.
Comment from the depositor
RCB2224
NCC-StC-K140
CommentHuman cell line derived from stomach cancer.
Comment from the depositor
RCB2225
JHUEM-14
CommentHuman cell line derived from uterine endometrioid adenocarcinoma. Application consideration
Comment from the depositor
RCB2226
JHOC-9
CommentHuman cell line derived from ovarian clear cell carcinoma. Application consideration
Comment from the depositor
RCB2227
JMSU1
CommentHuman cell line derived from urinary bladder carcinoma. Derived from ascites.
Comment from the depositor
RCB2229
HS-Os-1
CommentHuman cell line derived from osteosarcoma.
Comment from the depositor
RCB2230
HS-Sch-2
CommentHuman cell line derived from malignant peripheral nerve sheath tumor (MPNST).
Comment from the depositor
RCB2231
HS-SY-II
CommentHuman cell line derived from synovial sarcoma. Application consideration
Comment from the depositor
RCB2233
HE12
CommentHuman fibroblast-like cells derived from embryo. Not immortalized. Application consideration
Comment from the depositor
RCB2234
HE13
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2237
HE16
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2238
HE18
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2239
HE19
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2240
HE21
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2241
HE22
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2244
HE27
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2245
HE28
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2246
HE29
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2247
HE30
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2248
HE31
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2249
HE32
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2250
HE33
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2251
HE34
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2253
HKb20
CommentA subline of 293. Expressing BtR175b (Cry 1Aa receptor).
Comment from the depositor
RCB2254
HE36
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2256
HE37
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2257
HE38
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2258
HE39
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2259
HE40
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2260
HE41
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2261
HE42
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2262
HE46
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2263
HE47
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2264
HE48
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2265
HE49
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2266
HE50
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2267
HE51
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2268
HE52
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2269
HE53
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2270
HE54
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2271
HE55
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2273
HE57
CommentHuman fibroblast-like cells derived from embryo. Not immortalized.
Comment from the depositor
RCB2277
GSS
CommentHuman gastric cancer cell line derived from metastasis at liver.
Comment from the depositor
RCB2278
GSU
CommentHuman cell line derived from gastric cancer. Established from the cells in ascites.
Comment from the depositor
RCB2279
WA-hT
CommentHuman cell line derived from lung cancer. Small cell carcinoma. Mouse WA-mFib cells are the stromal cells for this cell line.
Comment from the depositor
RCB2280
HCE-T
CommentSV40-Adeno vector transformed cornea cells. 64kD keratin producing. Choleratoxin-free medium. To the users who purchased this cell line for OECD Test Guideline No. 494 (PDF 91KB)
Comment from the depositor
RCB2281
T3M-12
CommentHuman lung small cell carcinoma cell line. ADH producing.
Comment from the depositor
RCB2282
701-LCL
CommentHuman cell line derived from B cells of healthy volunteer. Transformed by EB virus. TKG0610 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2283
277-LCL
CommentHuman B cells transformed by Epstein-Barr virus. TKG0609 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2286
XPL 17
CommentHuman B cells derived from a patient of xeroderma pigmentosum. Transformed by Epstein-Barr virus. TKG0311 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2287
XPL 20
CommentHuman B cells derived from a patient of xeroderma pigmentosum. Transformed by Epstein-Barr virus. TKG0313 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2288
211-LCL
CommentHuman cell line derived from B cells of healthy volunteer. Transformed by EB virus. TKG0616 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2292
ACC-MESO-1
CommentHuman malignant pleural mesothelioma cell line.
Comment from the depositor
RCB2293
ACC-MESO-4
CommentHuman malignant pleural mesothelioma cell line.
Comment from the depositor
RCB2295
KUM10
CommentMouse mesenchymal cell line derived from bone marrow. C57/B6.
Comment from the depositor
RCB2299
RMC-1
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2300
RMC-2
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2301
RMC-3
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2302
RMC-6
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2303
RMC-11
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2304
RMC-17
CommentRat cell line derived from mammary gland carcinoma which is induced by DMBA in the transgenic rat expressing human prototype c-Ha-ras gene.
Comment from the depositor
RCB2314
F9/LM10
CommentMouse cell line derived from embryonal carcinoma. Expressing laminin alpha-5 exogenously.
Comment from the depositor
RCB2315
F9/LM(1+10)
CommentMouse cell line derived from embryonal carcinoma. Expressing laminin alpha-5 exogenously.
Comment from the depositor
RCB2318
P19.CL6
CommentMouse cell line derived from embryonal carcinoma. C3H strain. Following differentiation, beating cardiomyocytes appear efficiently.
Comment from the depositor
RCB2322
KUM5
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2323
9-15C
CommentMouse mesenchymal cell line derived from bone marrow. C3H/He
Comment from the depositor
RCB2326
CHO-AA8
CommentA subline of the CHO-K1 cell line. Widely used for the isolation of repair-deficient mutants. Useful for gene mutation assays at the APRT and HPRT loci.
Comment from the depositor
RCB2327
EM-9
CommentA subline of the CHO-K1 cell line. X-ray-sensitive mutant derived from CHO-AA8 cell line. XRCC1 gene deficient.
Comment from the depositor
RCB2328
irs1SF
CommentA subline of the CHO-K1 cell line. X-ray-sensitive mutant derived from CHO-AA8 cell line. XRCC3 gene deficient.
Comment from the depositor
RCB2329
V-3
CommentA subline of the CHO-K1 cell line. X-ray-sensitive mutant derived from CHO-AA8 cell line. XRCC7(DNA-PK) gene deficient.
Comment from the depositor
RCB2330
CHO-K1
CommentChinese hamster ovary cell line. Widely used for the isolation of mutants by mutagenesis.
Comment from the depositor
RCB2331
XR-1
CommentA subline of the CHO-K1 cell line. X-ray-sensitive mutant. XRCC4 gene deficient.
Comment from the depositor
RCB2332
V79-4
CommentA subline of the V79 cell line following cloning. Widely used for radiation biology, mutagenesis and mammalian cell genetics.
Comment from the depositor
RCB2335
V-E5
CommentX-ray-sensitive mutant derived from the V79 cell line. XRCC8 gene deficient.
Comment from the depositor
RCB2336
V-G8
CommentA subline of the V79 cell line. X-ray-sensitive mutant. XRCC8 gene deficient.
Comment from the depositor
RCB2337
V79B
CommentA subline of the V79 cell line. Widely used for radiation biology, mutagenesis and mammalian cell genetics.
Comment from the depositor
RCB2338
XR-V9B-4
CommentA subline of the V79B cell line. X-ray-sensitive mutant. XRCC5(ku80) gene deficient.
Comment from the depositor
RCB2339
XR-V15B
CommentA subline of the V79 cell line. X-ray-sensitive mutant. XRCC5(ku80) gene deficient.
Comment from the depositor
RCB2341
NCR-G1
CommentHuman cell line derived from embryonal carcinoma of testis.
Comment from the depositor
RCB2342
NCR-G2
CommentHuman cell line derived from embryonal carcinoma of testis.
Comment from the depositor
RCB2343
NCR-G3
CommentHuman cell line derived from embryonal carcinoma of testis.Application consideration
Comment from the depositor
RCB2344
NCR-G4
CommentHuman cell line derived from embryonal carcinoma of testis.
Comment from the depositor
RCB2345
EEB
CommentHuman cell line derived from erythroblastic leukemia.
Comment from the depositor
RCB2346
NMFH-1
CommentHuman cell line derived from myxofibrosarcoma.
Comment from the depositor
RCB2347
NMS-2
CommentHuman cell line derived from malignant peripheral nerve sheath tumor.
Comment from the depositor
RCB2348
NOS-10
CommentHuman cell line derived from osteosarcoma.
Comment from the depositor
RCB2350
StromaNKtert
CommentHuman cell line derived from bone marrow stromal cells. Useful to propagate hematopoietic stem cells.
Comment from the depositor
RCB2351
OGU1
CommentHuman cell line derived from primary effusion lymphoma (PEL). Application consideration
Comment from the depositor
RCB2352
633
CommentHuman lung cancer cell line expressing capsid protein of human adenovirus.
Comment from the depositor
RCB2354
293gp
CommentA subline of 293. Expressing MoMLV (Moloney murine leukemia virus) gag/pol. A retroviral vector packaging cell line.
Comment from the depositor
RCB2355
HeLa CD4+Clone1022
CommentA subline of the HeLa cells. Expressing human CD4 and Neomycin-resistant gene.
Comment from the depositor
RCB2356
HeLa-CD4-LTR-β-gal
CommentA subline of the HeLa cells. Expressing human CD4 and Neomycin-resistant gene. One copy of the HIV-1 LTR (nt-138 to +80) linked to the β-galactosidase gene is integrated.
Comment from the depositor
RCB2358
HLtat
CommentA subline of the HeLa cells. HeLa cells contained stably integrated copies of the HIV-1 LTR promoter linked to a synthetic tat gene.
Comment from the depositor
RCB2360
HS-ES-2M
CommentHuman cell line derived from epithelioid sarcoma. RCB2360 and RCB2361 were derived from the same patient. HS-ES-1 (RCB2364) was derived from another patient.
Comment from the depositor
RCB2361
HS-ES-2R
CommentHuman cell line derived from epithelioid sarcoma. RCB2360 and RCB2361 were derived from the same patient. HS-ES-1 (RCB2364) was derived from another patient.
Comment from the depositor
RCB2362
HS-PSS
CommentHuman cell line derived from malignant peripheral nerve sheath tumor.
Comment from the depositor
RCB2364
HS-ES-1
CommentHuman cell line derived from epithelioid sarcoma. RCB2360 and RCB2361 were derived from another different patient.
Comment from the depositor
RCB2365
JHONA
CommentHuman cell line derived from ovarian squamous cell carcinoma. Application consideration
Comment from the depositor
RCB2366
Hu5/E18
CommentHuman multipotent stem cell line able to differentiate into muscle, bone, and adipocytes.
Comment from the depositor
RCB2403
MG6
CommentMouse microglial cell line immortalized by a replication-deficient retroviral vector containing human c-myc gene. No significant production of infectious viral particles from MG6 cells was confirmed by bioassay using SC-1 cells.
Comment from the depositor
RCB2530
A172
CommentHuman cell line derived from glioblastoma. TKG0183 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2531
CB-3512
CommentHuman cell line derived from B cells in umbilical cord blood. Transformed by EB virus. TKG0305 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2532
HuO 9N2 (O9N2)
CommentHuman cell line derived from osteosarcoma. TKG0451 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2534
M-MOK
CommentHuman cell line derived from megakaryoblastic leukemia. TKG0458 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2535
OVK18#102
CommentHuman cell line derived from ovarian endometrioid carcinoma, subclone of RCB1903. TKG0357 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2536
T24
CommentHuman cell line derived from bladder cancer. Transitional cell carcinoma. TKG0443 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2537
TFK-1
CommentHuman cell line derived from extrahepatic bile duct carcinoma. TKG0367 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2539
XPL 19
CommentHuman B cell line derived from xeroderma pigmentosum (XP) patient and transformed by Epstein-Barr Virus. TKG0312 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2540
XPL 24
CommentHuman cell line derived from B cells of Xeroderma pigmentosum (XP) patient. Transformed by EB virus. TKG0314 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2541
141-LCL-MUC1
CommentHuman cell line derived from B cells of healthy volunteer. Transformed by EB virus. RCB2083 was derived from the same patient. TKG0634 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2610
FELV3281-AD
CommentCat cell line derived from lymphoma.
Comment from the depositor
RCB2611
MDCK-AD
CommentDog cell line derived from kidney.
Comment from the depositor
RCB2614
KLN205-MUC1
CommentMouse cell line derived from lung squamous cell carcinoma. TKG0473 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2618
BCL1-B20
CommentMouse cell line derived from B cell leukemia. TKG0435 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2619
L929
CommentMouse fibroblast-like cell line. TKG0217 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2620
C-1300N18
CommentMouse cell line derived from neuroblastoma. TKG0307 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB2621
M1(D+)
CommentMouse cell line derived from meyloid leukemia. TKG0319 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2623
KLN205
CommentMouse cell line derived from lung squamous cell carcinoma. TKG0214 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2627
BOY-12E
CommentHuman cell line derived from urinary bladder carcinoma. TKG0641 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2630
B16F10
CommentMouse cell line derived from melanoma. TKG0348 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2633
MM46 CEA1-2
CommentMouse cell line derived from mammary carcinoma. TKG0597 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2634
MM46-APR-MUC1 cl.1
CommentMouse cell line derived from mammary carcinoma. Expressing human MUC1 (APR-MUC1) exogenously. TKG0595 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2637
A4
CommentSubline of NIH/3T3 transformed with an active type c-erb B-2 (V-659 was changed to E659). c-erb B-2 prouct (+). G418 resistant. TKG0298 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2638
B16/BL6
CommentMouse cell line derived from melanoma.  TKG0598 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2639
NB2a
CommentMouse cell line derived from neuroblastoma. TKG0509 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2640
G-415
CommentHuman cell line derived from gallbladder carcinoma. TKG0642 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2642
MUSS
CommentMouse cell line derived from spontaneous malignant fibrous histiocytoma. A/J strain. TKG0497 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2643
F9
CommentMouse cell line derived from embryonal carcinoma. 129 strain. TKG0519 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB2648
D4
CommentA subline of the NIH/3T3 cell line. NIH/3T3 cell line transfected with wild type c-erb B2 gene with carboxyl-terminal deletion. Swiss strain.TKG0300(Deposited from Tohoku Univ.). TKG0300 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2649
B16F1
CommentMouse cell line derived from melanoma. C57BL/6J strain. TKG0347 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2651
JLS-V9
CommentMouse cell line derived from bone marrow. Fibroblast-like cells. BALB/c strain. TKG0355 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2652
J774-1
CommentMouse cell line derived from ascites. Macrophage-like cells. BALB/c strain. TKG0208 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2657
Colon-26
CommentMouse cell line derived from colon cancer. BALB/c strain. TKG0518 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2660
MEDEP-E14
CommentMouse erythroid cell line able to differentiate into enucleated red blood cells. Derived from mouse ES cell line, E14TG2a. Epo(Erythropoietin) dependent.
Comment from the depositor
RCB2686
JTC-35
CommentBovine granulosa cell line.
Comment from the depositor
RCB2691
MEDEP-E14 clone 4
CommentA subclone of MEDEP-E14(RCB2660) following cloning procedure.
Comment from the depositor
RCB2692
MEDEP-BRC4-1
CommentMouse erythroid cell line able to differentiate into enucleated red blood cells. Derived from mouse ES cell line, BRC4 (AES0008). SCF(Stem cell factor) and Dex(dexamethasone) dependent.
Comment from the depositor
RCB2693
MEDMC-NT2
CommentMouse cell line possessing the characteristics of mast cells. IL-3 (Interleukin-3) dependent.
Comment from the depositor
RCB2694
MEDMC-BRC6
CommentMouse cell line derived from mouse ES cell line, BRC6 (AES0010). Mast cell-like cells. SCF (Stem cell factor) and IL-3 (Interleukin-3) dependent. C57BL/6 strain.
Comment from the depositor
RCB2695
RD-C2
CommentMouse osteoblast-like cell line derived from Runx2 deficient mouse.
Comment from the depositor
RCB2696
RD-C6
CommentMouse osteoblast-like cell line derived from Runx2 deficient mouse.
Comment from the depositor
RCB2700
PK-8
CommentHuman cell line derived from liver metastasis of pancreas carcinoma. TKG0383 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2710
Atg5^(+/+)MEF
CommentMouse embryonic fibroblasts. Wild type control for RCB2711.
Comment from the depositor
RCB2711
Atg5^(-/-)MEF
CommentMouse embryonic fibroblasts lacking Atg5 gene expression.
Comment from the depositor
RCB2712
MAEC
CommentVascular endothelial cell line derived from aorta of p53-deficient mouse.
Comment from the depositor
RCB2718
MT-7
CommentRat cell line derived from fibrous histiocytoma. After cloning.
Comment from the depositor
RCB2719
MT-10
CommentRat cell line derived from fibrous histiocytoma. After cloning.
Comment from the depositor
RCB2720
MT-R8
CommentA subline of MT-8, a rat cell line derived from malignant fibrous histiocytoma, which is resistant to cisplatin.
Comment from the depositor
RCB2721
MT-R9
CommentA subline of MT-9, a rat cell line derived from malignant fibrous histiocytoma, which is resistant to cisplatin.
Comment from the depositor
RCB2722
MT-10R
CommentA subline of MT-10, a rat cell line derived from malignant fibrous histiocytoma, which is resistant to cisplatin.
Comment from the depositor
RCB2723
MT-PR
CommentA subline of MT-P, a rat cell line derived from malignant fibrous histiocytoma, which is resistant to cisplatin. T
Comment from the depositor
RCB2724
KB-D8
CommentRat cell line derived from dendritic cell carcinoma in thymus.
Comment from the depositor
RCB2725
KJ-A
CommentRat cell line derived from malignant fibrous histiocytoma.
Comment from the depositor
RCB2726
KE-F11
CommentRat cell line derived from malignant schwannoma.
Comment from the depositor
RCB2727
RY-B-E3
CommentRat cell line derived from endometrial stromal sarcoma.
Comment from the depositor
RCB2728
LY-H12
CommentRat non-neoplastic cell line derived from malignant peripheral nerve sheath tumor.
Comment from the depositor
RCB2729
LY-PPB6
CommentRat cell line derived from malignant peripheral nerve sheath tumor.
Comment from the depositor
RCB2745
A20
CommentMouse cell line derived from lymphoma. Balb/c strain. TKG0571 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2758
LAG
CommentMouse cell line derived from connective tissue. Fibroblast-like. C3H strain. TKG0218 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2766
Morris 5123D-TC
CommentRat (Buffalo) cell line derived from hepatoma. TKG0365 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2767
NIH/3T3
CommentMouse fibroblast-like cell line. TKG0299 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB2776
P388
CommentMouse cell line derived from lymphoid tumor. DBA/2 strain. TKG0326 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2782
RBL 2H3
CommentRat cell line derived from basophilic leukemia cells. TKG0321 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2783
RGC-6
CommentRat cell line derived from glioma induced by N-nitrosomethylurea. TKG0242 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2784
RL♂1(Gloria)
CommentMouse cell line derived from lymphoid tumor. BALB/c strain. TKG0292 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2799
YAC-1
CommentMouse cell line derived from lymphoma. A/Sn strain. TKG0387 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2800
PC12-F7
CommentA subline of PC-12 lacking synaptotagmin-1.
Comment from the depositor
RCB2801
PC12-G11
CommentA subline of PC-12 expressing synaptotagmin-1, a control cell line for PC12-F7.
Comment from the depositor
RCB2806
MSK-C5.8G
CommentRat cell line derived from osteosarcoma. F344 strain.
Comment from the depositor
RCB2808
Odf2-deficient F9 cells
CommentA subline of mouse ES cell line, F9 (129), lacking Odf2.
Comment from the depositor
RCB2809
CH12F3-2A
CommentMouse cell line derived from B cell lymphoma.
Comment from the depositor
RCB2812
HeLa/Fucci
CommentA subline of the HeLa cell line expressing Fucci, a cell cycle marker. Cell line name : HeLa/Fucci #4.Important notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositor
RCB2813
NMuMG/Fucci
CommentA subline of the NMuMG cell line expressing Fucci, a cell cycle marker. Cell line name : NMuMG/Fucci #1.Important notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositor
RCB2816
A110L
CommentHuman cell line derived from lung adenocarcinoma cells.
Comment from the depositor
RCB2817
A529L
CommentHuman cell line derived from lung adenosquamous cell carcinoma. HLA A2402/, B5201/, Cw01201/.
Comment from the depositor
RCB2818
B1203L
CommentHuman cell line derived from lung squamous cell carcinoma. HLA A2402/2402, B5201/5401, C0102/1202.
Comment from the depositor
RCB2819
C831L
CommentHuman cell line derived from lung large cell carcinoma. HLA A0206/2601, B0702/3501, Cw0702/0801.
Comment from the depositor
RCB2820
N0003(<50)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2820, RCB2821 were derived from the same patient.
Comment from the depositor
RCB2821
N0003(>300)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2820, RCB2821 were derived from the same patient.
Comment from the depositor
RCB2822
N0005(<50)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2822, RCB2823, RCB2824 were derived from the same patient.
Comment from the depositor
RCB2823
N0005(>500)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2822, RCB2823, RCB2824 were derived from the same patient.
Comment from the depositor
RCB2824
N0005-A1
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2822, RCB2823, RCB2824 were derived from the same patient.
Comment from the depositor
RCB2825
N0013(<50)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2825, RCB2826 were derived from the same patient.
Comment from the depositor
RCB2826
N0013(>300)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2825, RCB2826 were derived from the same patient.
Comment from the depositor
RCB2827
N6803(<50)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2827, RCB2828 were derived from the same patient.
Comment from the depositor
RCB2828
N6803(>500)
CommentHuman B-lymphoblastoid cell lines transformed by Epstein-Barr virus. RCB2827, RCB2828 were derived from the same patient.
Comment from the depositor
RCB2830
OMC-2
CommentHuman cell line derived from endometrial adenocarcinoma.
Comment from the depositor
RCB2831
DEOC-1
CommentHuman cell line derived from malignant melanoma.
Comment from the depositor
RCB2832
OMC-9
CommentHuman cell line derived from endometrial stromal sarcoma.
Comment from the depositor
RCB2833
L23immo
CommentHuman immortalized cell line derived from MRC5 cells.
Comment from the depositor
RCB2834
L12.9-2(1)
CommentHuman immortalized cell line derived from MRC5 cells.
Comment from the depositor
RCB2844
L1210 TGR4
CommentMouse cell line derived from leukemia. Resistant to 6TG (10 microgram/ml). DBA/2 strain. TKG0478 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2845
L1210-5FU-R-TC
CommentMouse cell line derived from leukemia. Lymphoblastoid cells. DBA/2 strain. TKG0409 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2846
LAG-MUC1
CommentA subline of LAG (RCB2758) expressing MUC1. 8-Ag resistant. TKG0466 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2848
OTT6050(B)
CommentMouse cell line derived from testicular teratoma. This cell line was established by inoculation of tibia (6 days old) to A/He x 129/sv mouse testis. Primary tumor was developed in testis. TKG0330 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2852
TSA8
CommentMouse cell line derived from erythroleukemia cells transformed by Friend leukemia virus. TKG0370 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2853
WEHI-3B
CommentMouse cell line derived from myelomonocytic leukemia cells. BALB/c strain. TKG0584 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2854
C6
CommentRat cell line derived from glial cell tumor induced by N-nitrosomethylurea. TKG0589 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2859
K-251
CommentRat cell line derived from hepatoma cells in ascites. TKG0130 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2860
MRMT-1
CommentRat cell line derived from mammary carcinoma. TKG0132 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2862
SLC
CommentRat cell line derived from lung cancer. TKG0135 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2863
N14.5
CommentRat neuronal cell line derived from the ventrolateral region of the suprachiasmatic nucleus
Comment from the depositor
RCB2864
OLP6
CommentRat neuronal cell line derived from the ventrolateral region of the suprachiasmatic nucleus
Comment from the depositor
RCB2867
HeLa/Fucci2
CommentA subline of the HeLa cell line expressing Fucci2, a cell cycle marker. Cell line name : HeLa/Fucci2 #3. Important notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositor
RCB2868
NMuMG/Fucci2
CommentA subline of the NMuMG cell line expressing Fucci2, a cell cycle marker. Cell line name : NMuMG/Fucci2 #5. Important notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositor
RCB2869
CHO-K1
CommentA subline of CHO cells. Require proline. TKG0328 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2896
JLS-V9 6TG
CommentMouse cell line derived from bone marrow. Fibroblast-like. 6TG resistant. BALB/c strain. TKG0350 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2899
S180-Kumamoto-TC
CommentMouse cell line derived from Swiss Webster Sarcoma 180. CFW strain. TKG0637 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2900
S180-Meiji-TC
CommentMouse cell line derived from sarcoma cells in ascites. CFW strain. TKG0672 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2901
S180-NCC-TC
CommentMouse cell line derived from sarcoma cells in ascites. CFW strain. TKG0638 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2904
WEHI164R
CommentMouse cell line derived from fibrosarcoma. TNF resistant. BALB/c strain. TKG0281 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2905
WEHI164S
CommentMouse cell line derived from fibrosarcoma. TNF sensitive. BALB/c strain. TKG0282 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2908
AH272-TC
CommentRat cell line derived from hepatoma cells in ascites. TKG0535 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2909
Walker256-TC
CommentRat cell line derived from mammary carcinoma. TKG0565 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2910
LY-6-TC
CommentRat cell line derived from sarcoma cells in ascites. TKG0648 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB2911
MEDEP-BRC5
CommentMouse erythroid cell line able to differentiate into enucleated red blood cells. Derived from mouse ES cell line, BRC5 (AES0009). SCF(Stem cell factor) dependent.
Comment from the depositor
RCB2924
OP9/G
CommentSubline of OP9 cell line, expressing EGFP. See RCB2117 TSt-4/G.
Comment from the depositor
RCB2925
OP9/G-DLL1
CommentSubline of OP9 cell line, expressing DLL1 and EGFP. See RCB2118 TSt-4/G-DLL1.
Comment from the depositor
RCB2926
OP9/N
CommentSubline of OP9 cell line, expressing human NGF receptor. See RCB2119 TSt-4/N.
Comment from the depositor
RCB2927
OP9/N-DLL1
CommentSubline of OP9 cell line, expressing DLL1 and human NGF receptor. See RCB2120 TSt-4/N-DLL1.
Comment from the depositor
RCB2932
MEDEP-BRC4-2
CommentMouse erythroid cell line able to differentiate into enucleated red blood cells. Derived from mouse ES cell line, BRC4 (AES0008). SCF (Stem cell factor) and Dexamethasone dependent. C57BL/6 strain.
Comment from the depositor
RCB2979
HCT116
CommentHuman cell line derived from colon cancer. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2980
HCT116-XRCC4(+/-)
CommentSubline of HCT116 cell line lacking XRCC4 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2981
HCT116-XRCC4(-/-)
CommentSubline of HCT116 cell line lacking XRCC4 gene in both alleles. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2982
HCT116-RAD18(+/-)
CommentSubline of HCT116 cell line lacking RAD18 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2983
HCT116-RAD18(-/-)
CommentSubline of HCT116 cell line lacking RAD18 gene in both alleles. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2984
HCT116-ARTEMIS(+/-)
CommentSubline of HCT116 cell line lacking ARTEMIS gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2985
HCT116-ARTEMIS(-/-)
CommentSubline of HCT116 cell line lacking ARTEMIS gene in both alleles. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2986
HCT116-MDC1(+/-)
CommentSubline of HCT116 cell line lacking MDC1 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2987
HCT116-MDC1(-/-)
CommentSubline of HCT116 cell line lacking MDC1 gene in both alleles. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2988
HCT116-REV1(+/-)
CommentSubline of HCT116 cell line lacking REV1 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2989
HCT116-REV1(-/-)
CommentSubline of HCT116 cell line lacking REV1 gene in both alleles. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2990
HCT116-REV3L(+/-)
CommentSubline of HCT116 cell line lacking REV3L gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2991
HCT116-KU70(+/-)
CommentSubline of HCT116 cell line lacking Ku70 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2992
HCT116-DNAPKcs(+/-)
CommentSubline of HCT116 cell line lacking DNAPKcs gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2993
HCT116-POLM(+/-)
CommentSubline of HCT116 cell line lacking DNA polymerase m gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2994
HCT116-LIG3(+/-)
CommentSubline of HCT116 cell line lacking Ligase 3 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2995
HCT116-LIG4(+/-)
CommentSubline of HCT116 cell line lacking Ligase 4 gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2996
HCT116-53BP1(+/-)
CommentSubline of HCT116 cell line lacking 53BPI gene in one allele. Loss of the DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2997
H414
CommentSubline of HCT116 cell line which has intact DNA mismatch repair gene (hMLH1).
Comment from the depositor
RCB2998
H414-RAD18(+/-)
CommentSubline of H414 cell line lacking RAD18 gene in one allele.
Comment from the depositor
RCB2999
H414-RAD18(-/-)
CommentSubline of H414 cell line lacking RAD18 gene in both alleles.
Comment from the depositor
RCB3000
H414-MDC1(+/-)
CommentSubline of H414 cell line lacking MDC1 gene in one allele.
Comment from the depositor
RCB3001
H414-MDC1(-/-)
CommentSubline of H414 cell line lacking MDC1 gene in both alleles.
Comment from the depositor
RCB3002
H414-LIG4(+/-)
CommentSubline of H414 cell line lacking Ligase 4 gene in one allele.
Comment from the depositor
RCB3007
MOPC-70A
CommentMouse cell line derived from myeloma. This cell line was established from a cell line maintained by in vivo transplantation. TKG0167 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3010
RPMI8226
CommentHuman cell line derived from myeloma. IgG producer. TKG0243 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3052
Jurkat
CommentHuman T cell leukemia. IL-2 receptor (-). Progeny were cured by Treatments with BM Cycline and MC210. TKG0209 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3515
JLS-V9 BudR
CommentMouse cell line derived from bone marrow. Fibroblast-like. BudR resistant. BALB/c strain. TKG0356 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3516
ASMF
CommentA cell line derived from muscle of large japanese field mouse (Apodemus speciosus).
Comment from the depositor
RCB3517
LLKF
CommentA cell line derived from kidney of steppe lemming.
Comment from the depositor
RCB3518
KM-Y
CommentBurkitt lymphoma.
Comment from the depositor
RCB3520
KM-S
CommentLung cancer, Immature large cell type
Comment from the depositor
RCB3521
HAM1
CommentHuman cell line derived from ameloblastoma. RCB3522 was derived from the same patient. Application consideration
Comment from the depositor
RCB3522
HAM2
CommentHuman cell line derived from ameloblastoma. RCB3521 was derived from the same patient. Application consideration
Comment from the depositor
RCB3529
G603L
CommentHuman cell line derived from lung large cell carcinoma cells.
Comment from the depositor
RCB3530
B901L
CommentHuman cell line derived from lung adenocarcinoma cells.
Comment from the depositor
RCB3531
A904L
CommentHuman cell line derived from lung large cell carcinoma cells.
Comment from the depositor
RCB3532
A129L
CommentHuman cell line derived from lung adenocarcinoma cells.
Comment from the depositor
RCB3533
ED-40515(+)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 dependent). ED-40515, ED-40810, ED-41214, ED-50823, ED-70423C cell lines were established from the same patient's blood.
RCB3534
ED-40515(-)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 independent). ED-40515, ED-40810, ED-41214, ED-50823, ED-70423C cell lines were established from the same patient's blood.
RCB3535
ATL-43T(+)
CommentATL patient derived leukemic cell line (IL-2 dependent).
Comment from the depositorATL patient derived leukemic cell line (IL-2 dependent). ATL-43T(+), ATL-43Tb(-) cell lines were established from the same patient's blood.
RCB3536
ATL-43Tb(-)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 independent). ATL-43T(+), ATL-43Tb(-) cell lines were established from the same patient's blood.
RCB3537
ATL-55T(+)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 dependent). ATL-55T(+), ATL-55T(-) cell lines were established from the same patient's blood.
RCB3538
ATL-55T(-)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 independent). ATL-55T(+), ATL-55T(-) cell lines were established from the same patient's blood.
RCB3539
ED-50823(+)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 dependent). ED-40515, ED-40810, ED-41214, ED-50823, ED-70423C cell lines were established from the same patient's blood.
RCB3540
ED-50823(-)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 independent). ED-40515, ED-40810, ED-41214, ED-50823, ED-70423C cell lines were established from the same patient's blood.
RCB3541
ATL-72/2(+)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 dependent). ATL-72/2(+), ATL-72/2(-), ATL-72b(+), ATL-72b(-), ATL-72T(+) cell lines were established from the same patient's blood.
RCB3542
ATL-72/2(-)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 independent). ATL-72/2(+), ATL-72/2(-), ATL-72b(+), ATL-72b(-), ATL-72T(+) cell lines were established from the same patient's blood.
RCB3545
ATL-2(+)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 dependent). ATL-2(+), ATL-2(-) cell lines were established from the same patient's blood.
RCB3549
ATL-72b(+)
Comment
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 dependent). ATL-72/2(+), ATL-72/2(-), ATL-72b(+), ATL-72b(-), ATL-72T(+) cell lines were established from the same patient's blood.
RCB3550
ATL-72b(-)
CommentImportant Notice : unidentified autonomous proliferative particles
Comment from the depositorATL patient derived non-leukemic cell line (IL-2 independent). ATL-72/2(+), ATL-72/2(-), ATL-72b(+), ATL-72b(-), ATL-72T(+) cell lines were established from the same patient's blood.
RCB3551
ATL-21C(+)
Comment
Comment from the depositorNon-leukemic cell line (IL-2 dependent). ATL-21C(+), ATL-21C(-)/2, ATL-21C(-)/8.9 cell lines were established from the same patient's blood.
RCB3552
ATL-21C(-)/2
Comment
Comment from the depositorNon-leukemic cell line (IL-2 independent). Cultured for 2-years without IL-2. ATL-21C(+), ATL-21C(-)/2, ATL-21C(-)/8.9 cell lines were established from the same patient's blood.
RCB3553
ATL-21C(-)/8.9
Comment
Comment from the depositorNon-leukemic cell line (IL-2 independent). Cultured for 8.9-years without IL-2. ATL-21C(+), ATL-21C(-)/2, ATL-21C(-)/8.9 cell lines were established from the same patient's blood.
RCB3558
ED-70423C(-)
Comment
Comment from the depositorATL patient derived leukemic cell line (IL-2 independent). ED-40515, ED-40810, ED-41214, ED-50823, ED-70423C cell lines were established from the same patient's blood.
RCB3559
ATL-6(+)
Comment
Comment from the depositorNon-leukemic cell line (IL-2 dependent).
RCB3564
ATL-17-2(+)
Comment
Comment from the depositorNon-leukemic cell line (IL-2 dependent). ATL-17C(+), ATL-17-2(+) cell lines were established from the same patient's blood.
RCB3570
ATL-48T(+)
Comment
Comment from the depositorLeukemic cell line (IL-2 dependent).
RCB3574
CATL-3(+)
Comment
Comment from the depositorNon-leukemic cell line derived from healthy carrier of HTLV-1 (IL-2 dependent).
RCB3576
Aska-SS
CommentHuman cell line derived from synovial sarcoma.
Comment from the depositor
RCB3577
Yamato-SS
CommentHuman cell line derived from synovial sarcoma.
Comment from the depositor
RCB3579
ASF-4-2
CommentNormal human skin fibroblast. RCB3579〜RCB3585 were derived from the same person.
Comment from the depositor
RCB3580
ASF-4-3L
CommentNormal human skin fibroblast. RCB3579〜RCB3585 were derived from the same person.
Comment from the depositor
RCB3582
ASF-4-4L1
CommentNormal human skin fibroblast. RCB3579〜RCB3585 were derived from the same person.
Comment from the depositor
RCB3583
ASF-4-4L2
CommentNormal human skin fibroblast. RCB3579〜RCB3585 were derived from the same person.
Comment from the depositor
RCB3585
ASF-4-4R2
CommentNormal human skin fibroblast. RCB3579〜RCB3585 were derived from the same person.
Comment from the depositor
RCB3588
hPSC-5
CommentHuman cell line derived from pacreatic cancer. Pancreatic stellate cells.
Comment from the depositor
RCB3589
hPSC-14
CommentHuman cell line derived from pacreatic cancer. Pancreatic stellate cells.
Comment from the depositor
RCB3600
SDR-P-1D5
CommentRat prolactin secreting cell line derived from anterior pituitary lacking growth hormone.
Comment from the depositor
RCB3601
SDRL-1
CommentRat cell line derived from liver lacking growth hormone.
Comment from the depositor
RCB3602
SDRL-2
CommentRat cell line derived from liver lacking growth hormone.
Comment from the depositor
RCB3673
Raji
CommentHuman cell line derived from Burkitt lymphoma. EBNA (EBV—nuclear antigen) positive. TKG0371 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3675
SCC-TC
CommentRectal carcinoma. Culture cell line of SCC (TKG 0340) . TKG0646 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3676
5637
CommentHuman cell line derived from bladder carcinoma. TKG0605 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3677
A549
CommentHuman cell line derived from lung cancer. Epithelial-like cells. HLA-A 2603/3001. A culture submitted to the Cell Resource Center for Biomedical Research was found to be contaminated with mycoplasma. Progeny were cured by Treatments with BM Cycline and MC210. TKG0184 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3678
BeWo
CommentHuman cell line derived from choriocarcinoma. TKG0567 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3680
HeLa
CommentHuman cell line derived from cervical cancer. A culture submitted to the Cell Resource Center for Biomedical Research was found to be contaminated with mycoplasma. Progeny were cured by Treatments with BM Cycline and MC210. TKG0331 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3681
HeLa.P3(S)
CommentSubline of HeLa cell line. Serum-free culture is possible. TKG0465 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3682
HeLa S3
CommentHuman cell line derived from cervical cancer. TKG0444 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3683
HL-60
CommentHuman cell line derived from promyelocytic leukemia cells. HL60 (RCB0041) can proliferate better than this HL-60 immediately after thawing. TKG0345 (Deposited from Tohoku Univ.). Application consideration
Comment from the depositor
RCB3685
HMV-II
CommentHuman cell line derived from melanotic melanoma (highly melanotic). TKG0318 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3686
THP-1
CommentHuman cell line derived from monocytic leukemia. TKG0267 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3687
MKN-7
CommentHuman cell line derived from stomach cancer (gastric cancer; highly differentiated tubular adenocarcinoma). TKG0228 (Deposited from Tohoku Univ.).
Comment from the depositor
RCB3706
Atg7 +/+ MEFs
CommentMouse embryonic fibroblasts derived from wild type mouse (C57BL/6).
Comment from the depositor
RCB3707
Atg7 -/- MEFs
CommentMouse embryonic fibroblasts derived from Atg-deficient mouse (C57BL/6).
Comment from the depositor
RCB3708
Atg3 +/+ MEFs
CommentMouse embryonic fibroblast cell line derived from wild type C57BL/6 strain.
Comment from the depositor
RCB3709
Atg3 -/- MEFs
CommentMouse embryonic fibroblast cell line derived from Atg3-deficient C57BL/6 strain.
Comment from the depositor
RCB4449
SR-C3H/He
CommentAscites sarcoma induced with Rous sarcom.
Comment from the depositor
RCB4450
SR-DDD
CommentAscites sarcoma induced with Rous sarcom.
Comment from the depositor
RCB4451
UPS-1
CommentSub-line of CHO-K1 which is defective in the non-endocytic uptake of fluorescent analogs of phosphatidylserine (C6-NBD-PS).
Comment from the depositor
RCB4452
FL-YB
CommentMouse follicular dendritic cell line
Comment from the depositor
RCB4454
SR-CDF1DBT
CommentMouse brain tumors induced with Rous sarcom.
Comment from the depositor
RCB4455
PC-9
CommentHuman cell line derived from lung adenocarcinoma cells. Differentiated type. Previous name:PC-14(RCB0446)
Comment from the depositor
RCB4466
HANK1
CommentNK/T-cell lymphoma.
Comment from the depositor
RCB4467
TIG-1
CommentHuman lung-derived adherent cells. The origin is not cancer. 25-35PDL.
Comment from the depositor
RCB4468
TIG-3
CommentHuman lung-derived adherent cells. The origin is not cancer. 25-35PDL.
Comment from the depositor
RCB4469
TIG-7
CommentHuman lung-derived adherent cells. The origin is not cancer. 25-35PDL.
Comment from the depositor
RCB4472
IN-IC
CommentRat cell line derived from kidney.
Comment from the depositor
RCB4473
F6B3
CommentMouse brain tumors induced with Rous sarcom.
Comment from the depositor
RCB4474
Ba/F3-CL1
CommentMouse pro-B cell line derived from C3H strain. IL-3 dependent. After cloning (RCB0805 Ba/F3). Information
Comment from the depositor
RCB4475
SMP30/GNL-KO
Comment
Comment from the depositorDeletion of the ascorbic acid synthesis enzyme gluconolactonase gene, and introduction of the temperature-sensitive SV40T antigen tsA58 gene.
RCB4476
Ba/F3
CommentMouse pro-B cell line derived from C3H strain. IL-3 dependent. Information
Comment from the depositor
RCB4495
BL2-5-8
Comment
Comment from the depositorA reporter cell line derived from a mouse hematopoietic cell line, Ba/F3, for identification of proteins that are translocated into or out of the nucleus in response to an extracellular stimulus and other changes in cell status using the inducible translocation trap (ITT) technology. The cell line can also be used for screening of compounds affecting inducible nuclear translocation and nuclear export by ITT. The human CD2 (hCD2) gene is used as reporter gene.
RCB4496
BLG-139-3
Comment
Comment from the depositorA reporter cell line derived from a mouse hematopoietic cell line, Ba/F3, for identification of proteins that are translocated into or out of the nucleus in response to an extracellular stimulus and other changes in cell status using the inducible translocation trap (ITT) technology. The cell line can also be used for screening of compounds affecting inducible nuclear translocation and nuclear export by ITT. The green fluorescent protein (GFP) gene is used as reporter gene.
RCB4497
BBLG-50-1
Comment
Comment from the depositorA reporter cell line derived from the BB13 cell line for identification of proteins that are translocated into or out of the nucleus in response to an extracellular stimulus and other changes in cell status using the inducible translocation trap (ITT) technology. The cell line can also be used for screening of compounds affecting inducible nuclear translocation and nuclear export by ITT. BB13 is derived from a mouse hematopoietic cell line, Ba/F3, and ectopically expresses epidermal growth factor receptor (EGFR) and the anti-apoptotic Bcl-2 protein. BB13 can survive in the absence of IL-3 if EGF is present. The green fluorescent protein (GFP) gene is used as reporter gene.
RCB4498
NP 2
CommentHuman cell line derived from anaplastic glioma.
Comment from the depositor
RCB4499
Onda 10
CommentHuman cell line derived from anaplastic glioma.
Comment from the depositor
RCB4500
Onda 11
CommentHuman cell line derived from glioblastoma.
Comment from the depositor
RCB4504
NP 3
CommentHuman cell line derived from anaplastic glioma.
Comment from the depositor
RCB4505
NP 5
CommentHuman cell line derived from anaplastic glioma.
Comment from the depositor
RCB4548
PT-r
CommentRat cell line derived from parathyroid gland.
Comment from the depositor
RCB4549
RSV-M
CommentMouse brain tumors induced with Rous sarcom.
Comment from the depositor
RCB4554
HiDEP-1
CommentHuman erythroid progenitor cell line derived from iPS cells. Expressing fetal type hemoglobin.
Comment from the depositor
RCB4555
HiDEP-2
CommentHuman erythroid progenitor cell line derived from iPS cells. Expressing fetal type hemoglobin.
Comment from the depositor
RCB4556
HUDEP-1
CommentHuman erythroid progenitor cell line derived from umbilical cord blood cells. Expressing fetal type hemoglobin.
Comment from the depositor
RCB4557
HUDEP-2
CommentHuman erythroid progenitor cell line derived from umbilical cord blood cells. Expressing adult type hemoglobin.
Comment from the depositor
RCB4560
Ham-1
Comment
Comment from the depositorScreening of anticancer drug, Transplantable in immunodeficient mice, In vivo model of cholangiocarcinoma.
RCB4561
MOLT-17
CommentHuman cell line derived from T cell leukemia (T-ALL). Since “Terms and conditions” etc. for this cell line can be changed, the users of this cell line must refer to DSMZ no.: ACC 36 prior to order.
Comment from the depositor
RCB4562
HUDEP-3
CommentHuman erythroid progenitor cell line derived from umbilical cord blood cells. Expressing fetal type hemoglobin.
Comment from the depositor
RCB4563
TSt-4/N-DLL4
CommentOriginal murine mesenchymal cell line was derived from fetal thymus tissue. A line Expressing DLL4 gene.
Comment from the depositor
RCB4566
TEC1C8
CommentCulture of Thymic Epithelial Cell Lines., Protocol (pdf:120KB)
Comment from the depositorA mouse thymic cortical epithelial cell. It does not have the ability to present soluble antigen to its antigen specific helper T cells. This cell line is available to analyze the functions of cortical epithelial cells and medullary epithelial cells that control the differentiation and selection of intrathymic T cells. It is also useful for attempts such as thymus reconstruction using these cell lines, aiming at such functional recovery.
RCB4568
TEC2-3
CommentCulture of Thymic Epithelial Cell Lines., Protocol (pdf:120KB)
Comment from the depositorA mouse thymic medullary epithelial cell line. It has the ability to present soluble antigen to its antigen specific helper T cells. This cell line is available to analyze the functions of cortical epithelial cells and medullary epithelial cells that control the differentiation and selection of intrathymic T cells. It is also useful for attempts such as thymus reconstruction using these cell lines, aiming at such functional recovery.
RCB4569
TEC3-10
CommentCulture of Thymic Epithelial Cell Lines., Protocol (pdf:120KB)
Comment from the depositorA mouse thymic medullary epithelial cell line. It has the ability to present soluble antigen to its antigen specific helper T cells. This cell line is available to analyze the functions of cortical epithelial cells and medullary epithelial cells that control the differentiation and selection of intrathymic T cells. It is also useful for attempts such as thymus reconstruction using these cell lines, aiming at such functional recovery.
RCB4570
MEF(WT)
Comment
Comment from the depositorThe cells are fibroblasts prepared from embryos of the wild type mice (congenic (>96%) to C57BL/6J mice). They were immortalized by transfection with a plasmid encoding the SV40 large T antigen.
RCB4571
MEF(Ngly1-/-)
Comment
Comment from the depositorThe cells are fibroblasts prepared from embryos of the Ngly1-knockout mice (congenic (>96%) to C57BL/6J mice). They were immortalized by transfection with a plasmid encoding the SV40 large T antigen.
RCB4572
MEF(Engase-/-)
Comment
Comment from the depositorThe cells are fibroblasts prepared from embryos of the Engase -knockout mice (congenic (>96%) to C57BL/6J mice). They were immortalized by transfection with a plasmid encoding the SV40 large T antigen.
RCB4573
MEF(Ngly1-/-Engase-/-)
Comment
Comment from the depositorThe cells are fibroblasts prepared from embryos of the Ngly1 Engase-double knockout mice (congenic (>96%) to C57BL/6J mice). They were immortalized by transfection with a plasmid encoding the SV40 large T antigen.
RCB4582
SEAP/HeLa
Comment
Comment from the depositorThe cell line expresses human secretory alkaline phosphatase. By collecting their culture media, you can measure secretory actlvlty by sensitive enzymatic assay, using Phospha-Light.
RCB4591
Siglec-14/THP-1
Comment
Comment from the depositorThe cell line was generated by retroviral transduction of human Siglec-14 cDNA into the THP-1 cell line (JCRB0112). Basic properties are similar to those of THP-1.
RCB4592
r/mHM-SFME-1
Comment
Comment from the depositorIn 1987, D.Loo et al at D.Barnes lab established a pre-glial cell line SFME from Balb/c mouse embryo in serum free condition. C.Rawson et al established a tumorigenic but non-metastatic transformed cell line, ras/mycSFME, by introducing active human cH-ras and mouse c-myc into SFME cells in 1992. T.Nomura et al introduced pSV2neo into ras/mycSFME cells and discovered metastatic cells in syngeneic host lungs. Obtained mtastatic cells no longer showed neomycin resistancy. The r/mHM-SFME-1 cell line, an experimental tumor cell line carrying metastatic ability in immuno-competent Balb/c mouse, was established from the mtastasized lung in 1993 by cloning from soft agar colony,.
RCB4593
CALM WT MEF
CommentCALM non-deficient MEF cells. Tranformed with SV40 large T antigen gene.
Comment from the depositor
RCB4594
CALM KO MEF
CommentCALM deficient MEF cells. Tranformed with SV40 large T antigen gene.
Comment from the depositor
RCB4623
Ba/ER
CommentBa/ER was created by stable transfection of murine pro-B Ba/F3 cells with a murine erythropoietin receptor gene. Ba/ER proliferates dependent on erythropoietin or interleukin-3.
Comment from the depositor
RCB4624
CHO-DR1000L-4N
Comment
Comment from the depositorCHO DG44 based recombinant cell line which produce human GM-CSF. Cell line was constructed via gene amplification by transfection of dhfr and GM-CSF genes.
RCB4627
KUP5
Comment
Comment from the depositorAn immortalized mouse Kupffer cell line established from C57BL/6 strain. The Kupffer cells were proliferated in the mixed primary culture of C57BL/6 adult mouse liver cells, then infected with a replication-deficient retroviral vector containing the human c-myc oncogene and neomycin resistance gene, isolated and selected with G418 (cloned by a limited dilution). No significant production of infectious viral particles from KUP5 cells was confirmed by bioassay using SC-1 cells.
RCB4661
Hepa/8F5
Comment
Comment from the depositorHepa/8F5 derived from mouse hepatoma Hepa1-6 [RCB1638] cells was established by introducing doxycycline (Dox)-inducible eight liver-enriched transcription factor (LETF) genes. Upon overexpression of LETF genes by Dox addition, cell proliferation ceases and the cells change the morphology expressing high liver functions.
RCB4662
HCT116 CMV-OsTIR1
Commentcf.: Kanemaki's Auxin Inducible Degron (AID) System
Comment from the depositorThis is an HCT116 cell line in which CMV-OsTIR1 (pMK232, PURO) was introduced at the both alleles of the AAVS1 locus by using CRISPR/Cas.This parental cell line consitutively express OsTIR1 and can be used for generation of AID mutants.
RCB4664
d5P
Comment
Comment from the depositorRenal cell carcinoma cell line d5P has established from renal tubule cells of Crlj:WI rat. Moreover this cell line is able to do transplantation for wild type Crlj:WI rat.
RCB4665
d5krm7
Comment
Comment from the depositord5krm7 cell line has established from d5P cell line. Moreover this cell line has highly metastatic activity to lung by intracapsular transplantation.
RCB4666
d5krm3
Comment
Comment from the depositord5krm3 cell line has established from d5P cell line. Moreover this cell line has highly metastatic activity to lung by intracapsular transplantation.
RCB4667
id5P
Comment
Comment from the depositorRenal cell carcinoma cell line d5P has established from renal tubule cells of Crli:WI rat. Moreover this cell line is able to do transplantation for wild type CrlJ:WI rat.
RCB4668
id5krm7
Comment
Comment from the depositorid5krm7 cell line has established from d5P cell line. Moreover this cell line has highly metastatic activity to lung by intracapsular transplantation.
RCB4669
id5krm3
Comment
Comment from the depositorid5krm3 cell line has established from d5P cell line. Moreover this cell line has highly metastatic activity to lung by intracapsular transplantation.
RCB4674
ICH-ERMS-1
Comment
Comment from the depositorThe cell line has been established from a biopsied sample with an aplastic embryonal rhabdomyosarcoma originating in the pelvis of 5-year-old female. The biopsy revealed TP53 c.733G>A; however, the autopsy and established cell line showed TP53 c.743G>T.
RCB4675
NMuMG/Fucci(CA)2.1
CommentImportant notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositorA subline of the NMuMG cell line expressing Fucci(CA)2.1, a cell cycle marker. Cell line name : NMuMG/Fucci(CA)2.1 #2.
RCB4676
HeLa/Fucci(CA)2
CommentImportant notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositorA subline of the HeLa cell line expressing Fucci(CA)2, a cell cycle marker. Cell line name : HeLa/Fucci(CA)2 #3.
RCB4679
HepG2-NIAS
CommentA subline of Hep G2 cells that can not only rapidly activate hepatic functions such as albumin secretion, urea synthesis and CYP3A4 activity but also induce the formation of bile canaliculus-like structures by utilizing a collagen vitrigel membrane as a culture substratum.
Comment from the depositorHep G2 cells (RCB1648) described as a backup of ECACC 2870 derived from ECACC were conditioned in culture using a DMEM containing 10% heat-inactivated FBS, 20mM HEPES 100U/ml penicillin and 100μg/ml streptomycin. By the use of collagen vitrigel membrane as a culture substratum, hepatic functions such as albumin secretion, urea synthesis and CYP3A4 activity were rapidly activated, and also the formation of bile canaliculus-like structures were induced.
RCB4680
MS-5
CommentMouse stromal cell line which supports hematopoietic cells.
Comment from the depositor
RCB4681
MS-K
CommentMurine cell line derived from sarcoma.
Comment from the depositor
RCB4687
HEK-Dsup
Comment
Comment from the depositorA subline of the HEK293(RCB1637) cells. Stably expressing Damage suppressor (Dsup). Radio-resistance. Dsup is a tardigrade-unique DNA protection protein.
RCB4688
HEK-DsupKD
Comment
Comment from the depositorA subline of the HEK293(RCB1637) cells. Expressing shRNA against Dsup in HEK-Dsup celIs. Dsup is a tardigrade-unique DNA protection protein.
RCB4689
HEK-DsupΔC
Comment
Comment from the depositorA subline of the HEK293(RCB1637) cells. Stably expressing Damage suppressor (Dsup) mutant lacking the C-terminal region. Dsup is a tardigrade-unique DNA protection protein.
RCB4692
HCT116-vim
Comment
Comment from the depositorTransgenic human cell line derived from colon cancer. This cell line is suitable to observe epithelial- mesenchymal transformation.
RCB4693
ChR2-C2C12
CommentA subline of the murine C2C12 cell line (RCB0987) which stably expresses channelrhodopsin 2-Venus (ChR2-Venus), one of light-gated cation channels derived from a green alga Chlamydomonas reinhardtii, tagged with a fluorescent protein, Venus.
Comment from the depositor
RCB4695
GFP-LC3-RFP-LC3ΔG HeLa
Comment
Comment from the depositorThis cell line stablly expresses EGFP-LC3-mRFP-LC3Δ, an autophagic flux probe. Cellular autophagic flux can be evaluated by calculating the ratio of GFP against RFP fluorescent intensity.
RCB4696
GFP-LC3-RFP-LC3ΔG MEF
Comment
Comment from the depositorThis cell line stablly expresses EGFP-LC3-mRFP-LC3Δ, an autophagic flux probe. Cellular autophagic flux can be evaluated by calculating the ratio of GFP against RFP fluorescent intensity.
RCB4699
S-TFE
Comment
Comment from the depositorS-TFE is established from a rare subtype of Xp11 translocation renal cell carcinoma. The cell line demonstrated definite gene fusion including TFE3 gene located on chromosome X. It showed ASPL-TFE3 type 1 fusion.
RCB4717
WT(MEF)
Comment
Comment from the depositorMouse embryonic fibroblasts immortalized by transfection of SV40 large T antigen in Oyadomari laboratory.
RCB4718
eIF2ak(4KO)
Comment
Comment from the depositorThe eIF2α kinase quadruple knockout cells in which the four known eIF2α kinase genes (Hri, Pkr, Perk, Gcn2) were deleted using the CRISPR/Cas9-mediated genome editing. The parental cell line is the immortalized mouse embryonic fibroblasts established in Oyadomari laboratory.
RCB4719
eIF2ak(4KO+HRI)
Comment
Comment from the depositorThis is an eIF2ak(4KO) RCB4718 MEF cell line in which flag-tagged mouse HRI was reintroduced by retrovirus.
RCB4720
eIF2ak(4KO+PERK)
Comment
Comment from the depositorThis is an eIF2ak(4KO) RCB4718 MEF cell line in which flag-tagged mouse PERK was reintroduced by retrovirus.  
RCB4721
eIF2ak(4KO+PKR)
Comment
Comment from the depositorThis is an eIF2ak(4KO) RCB4718 MEF cell line in which flag-tagged mouse PKR was reintroduced by retrovirus.
RCB4722
eIF2ak(4KO+GCN2)
Comment
Comment from the depositorThis is an eIF2ak(4KO) RCB4718 MEF cell line in which flag-tagged mouse GCN2 was reintroduced by retrovirus.
RCB4917
HeLa/Fucci(SA)5#16
CommentImportant notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositora subclone of HeLa.S3 cells provided by Dr. Mikoshiba in 2009.
RCB4919
HeLa/Fucci(CA)5#16
CommentImportant notice regarding nomenclature of Fucci. Research tools : Fucci – Fluorescent Ubiquitination-based Cell Cycle Indicator.
Comment from the depositora subclone of HeLa.S3 cells provided by Dr. Mikoshiba in 2009.
RCB4920
PSPA
Comment
Comment from the depositorA preadipocyte clonal line established from porcine subcutaneous tissue of 85-day fetuses. When appropriately induced by the stimulants, fibroblast-like preadipocytes can differentiate into lipid-filled adipocytes.
RCB4936
CT27
CommentTS culture protocol, TS culture protocol_V2
Comment from the depositorHuman trophoblast stem cells were derived from blastocysts or placental cytotrophoblast cells. Human trophoblast stem cells have the potential to differentiate into extravillous cytotrophoblast and syncytiotrophoblast cells.
RCB4937
CT29
CommentTS culture protocol, TS culture protocol_V2
Comment from the depositorHuman trophoblast stem cells were derived from blastocysts or placental cytotrophoblast cells. Human trophoblast stem cells have the potential to differentiate into extravillous cytotrophoblast and syncytiotrophoblast cells.
RCB4938
CT30
CommentTS culture protocol, TS culture protocol_V2
Comment from the depositorHuman trophoblast stem cells were derived from blastocysts or placental cytotrophoblast cells. Human trophoblast stem cells have the potential to differentiate into extravillous cytotrophoblast and syncytiotrophoblast cells.
RCB4940
bTS5
CommentTS culture protocol, TS culture protocol_V2
Comment from the depositorHuman trophoblast stem cells were derived from blastocysts or placental cytotrophoblast cells. Human trophoblast stem cells have the potential to differentiate into extravillous cytotrophoblast and syncytiotrophoblast cells.
RCB4941
bTS11
CommentTS culture protocol, TS culture protocol_V2
Comment from the depositorHuman trophoblast stem cells were derived from blastocysts or placental cytotrophoblast cells. Human trophoblast stem cells have the potential to differentiate into extravillous cytotrophoblast and syncytiotrophoblast cells.
RCB4942
BHK/T7-9
Comment
Comment from the depositorA hamster kidney-derived BHK cell clone stably expressing T7 RNA polymerase.
RCB4943
NU-RMESO-2
Comment
Comment from the depositorRat malignant mesothelioma induced by crocidolite peritoneal injection. Histology (tissue): epithelioid subtype, tubulopapillary variant. Histology (cell culture on the dish): solid-like. Immunohistochemistry: Podoplanin (-), Mesothelin (+), AE1/AE3 (+).
RCB4965
FBD-102b
Comment
Comment from the depositorClonal oligodendroglial progenitor cell line established from brain of fetal p53-/- mice.
RCB5003
IWT-1
Comment
Comment from the depositorThis cell line was established from gastric adenocarcinoma cells in peritonitis carcinomatosa ascites.
RCB5004
CHL-YN
CommentApplication consideration
Comment from the depositorNovel cells derived from female Chinese hamster lung. Cells were immortalized by spontaneous transformation. Cells were adapted in animal component-free chemically defined media and subjected to biosafety testing (BioReliance), in which safety was confirmed by an in vitro assay to detect viral contaminants using 3 detector cell lines, a mycoplasma detection test by real-time PCR, and sterility testing by direct inoculation.
RCB5005
FKH-1
CommentAcute myeloid leukemia with dek/can chimera mRNA expression. Responding to G-CSF and differentiate.
Comment from the depositor
RCB5007
MCC138c
Comment
Comment from the depositorHuman cell line derived from poor differentiated lung squamous carcinoma. Transplantable to NOG mice.
RCB5008
MCC148c
Comment
Comment from the depositorHuman cell line derived from poor differentiated lung squamous carcinoma. Transplantable to NOG mice.
RCB5036
CMG14-12
Comment
Comment from the depositorMouse M-CSF producing Ltk- cell line, CMG14-12. The mouse M-CSF expression vector was transfected into mouse Ltk- cells, M-CSF high producing cel l line was selected and named ''CMG14-12''. CMG14-12: M-CSF producing cell line
RCB5043
DP002
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5044
DP005
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5045
DP006
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5046
DP007
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5056
DP028
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5058
DP031
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5063
DP040
Comment
Comment from the depositorDental pulp cells are derived from human dental pulp. They are characterized with fibroblastic morphology, and contamination of hematopoetic cells is minimal.
RCB5093
KIF13A-KO HeLaM
Comment
Comment from the depositorKIF13A knockout (KO) HeLaM cells.
RCB5094
KIF13B-KO HeLaM
Comment
Comment from the depositorKIF13B knockout (KO) HeLaM cells.
RCB5095
KIF13-DKO HeLaM
Comment
Comment from the depositorKIF13A and KIF13B double knockout (DKO) HeLaM cells.
RCB5096
Rab8-DKO HeLaM
Comment
Comment from the depositorRab8A and Rab8B double knockout (DKO) HeLaM cells.
RCB5097
Rab10-KO HeLaM
Comment
Comment from the depositorRab10 knockout (KO) HeLaM cells.
RCB5098
Rab22-DKO HeLaM
Comment
Comment from the depositorRab22A and Rab22B double knockout (DKO) HeLaM cells.
RCB5099
Rab1A-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5100
Rab1B-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5101
Rab2-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockoutclone ).J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5102
Rab3-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5103
Rab4-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5104
Rab5AB-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5105
Rab5C-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5106
Rab6-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5107
Rab7A-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5108
Rab7B-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5109
Rab8-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5110
Rab9-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5111
Rab10-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5112
Rab11-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5113
Rab12-KO MDCK-II
Comment
Comment from the depositorMDCK-ll cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5114
Rab13-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5115
Rab14-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5116
Rab15-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5117
Rab17-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5118
Rab18-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5119
Rab19-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5120
Rab20-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5121
Rab21-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5122
Rab22-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5123
Rab23-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5124
Rab24-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5125
Rab25-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5126
Rab26-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5127
Rab27-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5128
Rab28-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5129
Rab29-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5130
Rab30-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5131
Rab32/38-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5132
Rab33-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5133
Rab34-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5134
Rab35-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5135
Rab36-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5136
Rab37-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5137
Rab39-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5138
Rab40-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5139
Rab42-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5140
Rab43-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5141
Rab7AB-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5142
Rab7A/9-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5143
Rab11/25-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5144
Rab19/43-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5145
Rab26/37-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5146
Rab34/36-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5147
Rab39/42-KO MDCK-II
Comment
Comment from the depositorMDCK-II cells (Rab-knockout clone ). J Cell Biol. 2019; 218(6): 2035-2050, Tables S1-S3 (ZIP)
RCB5148
MDCK-II
Comment
Comment from the depositorMDCK-II cells (parental cells). Rab-knockout clone (RCB5099 - RCB5147).
RCB5257
AS-E2
Comment
Comment from the depositorAn erythropoietin-dependent human leukemia cell line AS-E2 has been established from bone marrow of pure erythroid leukemia (PEL) patient. AS-E2 cells are strictly dependent on erythropoietin (EPO) for their growth and survival.
RCB5263
ATL-1K
Comment
Comment from the depositorATL-1K is a cell line established from peripheral blood of a patient with adult T-cell leukemia (ATL) and can grow without IL-2. ATL-1K cells contain one copy of HTLV-1 proviral DNA per cell. The expression of HTLV-1 antigen is not detected.
RCB5264
ATL-3I
Comment
Comment from the depositorATL-3I is a cell line established from peripheral blood of a patient with adult T-cell leukemia (ATL) and can grow without IL-2. ATL-3I cells are positive for HTLV-1 antigens.
RCB5265
ATL-5S
Comment
Comment from the depositorATL-5S is a cell line established from peripheral blood of a patient with adult T-cell leukemia (ATL) and can grow without IL-2. ATL-5S cells are positive for HTLV-1 antigens.
RCB5291
MEF_Hsp47 WT-18
Comment
Comment from the depositorMouse embryonic fibroblasts. Wild type control for Hsp47-deficient cell.
RCB5292
MEF_Hsp47 KO-11
Comment
Comment from the depositorMouse embryonic fibroblasts derived from Hsp47-deficient mouse.
RCB5293
MEF_Hsp47 KO-13
Comment
Comment from the depositorMouse embryonic fibroblasts derived from Hsp47-deficient mouse.
RCB5299
RAP80-TK6
Comment
Comment from the depositorRAP80- disrupted TK6 cells ,one of the most commonly used human B lymphocyte-derived cell for cancer research.
RCB5304
40LB
Comment
Comment from the depositorA fibroblast cell line, BALB/3T3 A31, stably transfected with expression vectors encoding mouse CD40-ligand (CD40L) and BAFF. Used as feeder cells for B cell culture, they support efficient proliferation and survival of B cells.
RCB5305
NP-2/CD4/EcoVR
Comment
Comment from the depositorNP-2 is derived from a human glioma cell line. A CD4 and an ecotropic mouse retrovirus receptor (EcoVR) gene are transduced to NP-2 cells. This NP-2/CD4/EcoVR (NP-2/CD4) is resistant to the HIV strains tested. When transduced several HIV co-receptors using an ecotropic mouse retrovirus vector, this cell line become susceptible to HIVs.
RCB5306
NP-2/CD4/EcoVR/CXCR4
Comment
Comment from the depositorNP-2 is derived from a human glioma cell line. NP-2/CD4/EcoVR/CXCR4 (NP-2/CD4/CXCR4) cells are transduced with human CD4, ecotropic mouse retrovirus receptor and human CXCR4 genes and expressing cells were cloned. Although NP-2/CD4/EcoVR cell is resistant to HIVs, NP-2/CD4/EcoVR/CXCR4 cells become highly susceptible to HIVs that use CXCR4 as a coreceptor.
RCB5381
COLO 320DM#3 SIRT1 KO cl.1
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5382
COLO 320DM#3 SIRT1 KO cl.2
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5383
COLO 320DM#3 SIRT1 KO cl.3
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5384
COLO 320DM#3 SIRT1 KO cl.4
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5385
COLO 320DM#3 SIRT1 KO cl.5
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5386
COLO 320DM#3 SIRT1 KO cl.6
Comment
Comment from the depositorHuman colorectal carcinoma COLO 320DM #3 strain was cloned from the ATCC strain by Von Hoff Laboratory at Texas University around 1990. The strain was used by Shimizu Laboratory at Hiroshima University for development and application of the IR/MAR gene amplification methodology. The strain was further delivered to Mirit I Aladjem Laboratory at US NIH, where the SIRT1 knocked-out clones were isolated. Shimizu Lab in collaboration with Aladjem lab found that the genes amplified in these clones were expressed at very high level.
RCB5388
HeLaM
Comment
Comment from the depositorHuman cervical cancer cell line HeLaM (substrain of HeLa).
RCB5389
Rab1-CKO MDCK-II
Comment
Comment from the depositorRab1 conditional KO MDCK-II cell line.
RCB5390
Rab5-CKO MDCK-II
Comment
Comment from the depositorRab5 conditional KO MDCK-II cell line.
RCB5394
Y-ML-1B
Comment
Comment from the depositorLarge-cell lung cancer cell line producing granulocyte colony-stimulating factor.
RCB5402
ATM-TK6
Comment
Comment from the depositorTK6 cells are one of the most commonly used human B lymphocyte-derived cell for cancer research. ATM- disrupted TK6 cells.
RCB5451
PrimPol-TK6
Comment
Comment from the depositorTK6 cells are one of the most commonly used human B lymphocyte-derived cell for cancer research. PrimPol- disrupted TK6 cells.
RCB5478
hFGFR2b/BaF3
Comment
Comment from the depositorThe FGF receptor-overexpressing cells to be used for the analyses of receptor specificity of the various FGF ligands. These cells are engineered from Ba/F3 cells and stably overexpress one of seven subtypes, as defined in the cell name, of FGF receptors. When a cognate (specific) FGF ligand is added, together with heparin, to the medium of these cells, cell growth is stimulated that can be detected by cell number and/or DNA synthesis. While the parent Ba/F3 cells proliferate only by the stimulation with IL-3.
RCB5503
RAW-D cell
Comment
Comment from the depositorSub-clone of RAW-264 cells: Osteoclast precursor cell line efficiently differentiates into multinucleated osteoclasts by the stimulation with RANKL.
RCB5654
HOMC-A4
CommentRCB5654 HOMC-A4, RCB5655 HOMC-B1, RCB5656 HOMC-D4 were derived from the same patient.
Comment from the depositorHuman immortalized mesothelial cell line: Established from mesothelial cells derived from the greater omentum of a human male gastric cancer patient, and immortalized by transfection with human papilloma virus 16 E6/E7 gene and hTERT gene. The HOMC-A4 cell line exhibits an "sarcomatoid" morphology by subcloning.
RCB5655
HOMC-B1
CommentRCB5654 HOMC-A4, RCB5655 HOMC-B1, RCB5656 HOMC-D4 were derived from the same patient.
Comment from the depositorHuman immortalized mesothelial cell line: Established from mesothelial cells derived from the greater omentum of a human male gastric cancer patient, and immortalized by transfection with human papilloma virus 16 E6/E7 gene and hTERT gene. The HOMC-B1 cell line exhibits an "epithelioid" morphology by subcloning.
RCB5656
HOMC-D4
CommentRCB5654 HOMC-A4, RCB5655 HOMC-B1, RCB5656 HOMC-D4 were derived from the same patient.
Comment from the depositorHuman immortalized mesothelial cell line: Established from mesothelial cells derived from the greater omentum of a human male gastric cancer patient, and immortalized by transfection with human papilloma virus 16 E6/E7 gene and hTERT gene. The HOMC-D4 cell line exhibits an "intermediate" morphology by subcloning.
RCB5658
HeLa PMP2 KO
Comment
Comment from the depositorPMP2-knockout HeLa cells were generated with CRISPR/Cas9 gene editing.
RCB5659
HeLa GGA1 KO
Comment
Comment from the depositorGGA1-knockout HeLa cells were generated with CRISPR/Cas9 gene editing.
RCB5660
HeLa SLC40A1 KO
Comment
Comment from the depositorSLC40A1-knockout HeLa cells were generated with CRISPR/Cas9 gene editing.
RCB5661
HPL1A
CommentRCB5661 HPL1A、RCB5662 HPL1D were derived from the same patient.
Comment from the depositorImmortalized human peripheral lung epithelial cell line.The HPL1A and HPL1D lines were established by transfecting the SV40 large T antigen gene from the normal lung of a 74-year-old female donor, who had never smoked and underwent surgery for a small well-demarcated squamous cell carcinoma of the earliest disease stage (pT1N0M0, stage I). Precancerous regions of peripheral lung such as atypical adenomatous hyperplasia were not noted in the lung specimen by the conventional pathological examination. Considering the uniform integration pattern observed for the SV40 large T antigen gene, the HPL1A and HPL1D lines appear to have arisen from a single immortalized cell.  
RCB5662
HPL1D
CommentRCB5661 HPL1A、RCB5662 HPL1D were derived from the same patient.
Comment from the depositorImmortalized human peripheral lung epithelial cell line.The HPL1A and HPL1D lines were established by transfecting the SV40 large T antigen gene from the normal lung of a 74-year-old female donor, who had never smoked and underwent surgery for a small well-demarcated squamous cell carcinoma of the earliest disease stage (pT1N0M0, stage I). Precancerous regions of peripheral lung such as atypical adenomatous hyperplasia were not noted in the lung specimen by the conventional pathological examination. Considering the uniform integration pattern observed for the SV40 large T antigen gene, the HPL1A and HPL1D lines appear to have arisen from a single immortalized cell.  
RCB5663
SS-2
Comment
Comment from the depositorNeuroendocrine carcinoma cell line derived from a human ascending colon tumor.
RCB5664
Y-MESO-8A
CommentRCB5664 Y-MESO-8A, RCB5665 Y-MESO-8D were derived from the same patient.
Comment from the depositorHuman malignant pleural mesothelioma cell line. The primary tumor is a biphasic (predominantly sarcomatoid) tumor tissue. Subcloned from patient's pleural fluid and shows epithelioid morphology.
RCB5665
Y-MESO-8D
CommentRCB5664 Y-MESO-8A, RCB5665 Y-MESO-8D were derived from the same patient.
Comment from the depositorHuman malignant pleural mesothelioma cell line. The primary tumor is a biphasic (predominantly sarcomatoid) tumor tissue. Subcloned from patient's pleural fluid and shows sarcomatoid morphology.
RCB5666
Y-MESO-9
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. The tumor tissue was epithelial malignant mesothelioma and this cell line was established from the pleural fluid of a patient. This cell line has NF2 and BAP1 gene mutations.
RCB5667
Y-MESO-12
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. This cell line was established from the tumor tissue (epithelioid type MPM) of a patient. This cell line has a homozogous deletion of the NF2 gene.
RCB5668
Y-MESO-14
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. This cell line was established from the tumor tissue (biphasic MPM susp.) of a patient. This cell line has NF2, LATS2 and BAP1 gene mutations.
RCB5670
Y-MESO-25
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. This cell line was established from the pleural effusion of epithelioid type MPM of a patient. This cell line has the NF2 gene mutation and the BAP gene homozygous deletion.
RCB5672
Y-MESO-27
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. This cell line was established from the pleural effusion of epithelioid type MPM of a patient.
RCB5673
Y-MESO-28
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. This cell line was established from the pleural effusion of epithelioid type MPM of a patient.
RCB5675
Y-MESO-30
Comment
Comment from the depositorHuman malignant pleural mesothelioma cell line. The primary tumor shows epithelioid morphology.
RCB5676
CHK-Q
Comment
Comment from the depositorA spontaneously immortalized cell line from primary culture of kidney tissue of Chinese hamsters bred as experimental animals.
RCB5681
Astrocyte(AWT)
Comment
Comment from the depositorA cultured cell line derived from a strain of primary astrocyte cells isolated from C57BL/6 brain (cerebrum).
RCB5682
Astrocyte(ASD)
Comment
Comment from the depositorA cultured cell line derived from a strain of primary astrocyte cells isolated from C57BL/6x129sv brain (cerebrum).
RCB5683
ASPS-KY
Comment
Comment from the depositorHuman cell line derived from alveolar soft part sarcoma.
RCB5685
MDS-L
Comment
Comment from the depositorMDS-L cell line is a blastic subline originated from MDS92 which was established from the bone marrow of a patient with MDS. MDS-L cells proliferate in the presence of IL-3 and have lost maturing capacity unlike the parental MDS92. MDS-L is a parental cell line of MDS-L-2007 and MDS-LGF.
RCB5686
MDS-L-2007
Comment
Comment from the depositorMDS-L-2007 cell line is a blastic subline originated from MDS-L. (MDS-L cell line is a blastic subline derived from MDS92 which was established from the bone marrow of a patient with MDS.) MDS-L-2007 cells proliferate in the presence of IL-3 and have lost maturing capacity.
RCB5687
MDS-LGF
Comment
Comment from the depositorMDS-LGF cell line is a blastic subline originated from MDS-L. (MDS-L cell line is a blastic subline derived from MDS92 which was established from the bone marrow of a patient with MDS.) MDS-LGF cells proliferate without IL-3 and have lost maturing capacity.
RCB5692
ATGs Parental HeLa
Comment
Comment from the depositorAutophagy related gene knockout HeLa.
RCB5693
ATG5 KO HeLa
Comment
Comment from the depositorHeLa in which ATG5 gene was deleted using CRISPR/Cas9-mediated genome editing.
RCB5695
ATG9A KO HeLa
Comment
Comment from the depositorHeLa in which ATG9A gene was deleted using CRISPR/Cas9-mediated genome editing.
RCB5696
FIP200 KO HeLa
Comment
Comment from the depositorHeLa in which FIP200 gene was deleted using CRISPR/Cas9-mediated genome editing.
RCB5699
ATG2A/B double KO HeLa
Comment
Comment from the depositorHeLa in which ATG2A/B genes were deleted using CRISPR/Cas9-mediated genome editing.
RCB5718
HL-Q37C-393H8
Comment
Comment from the depositorHeLa cells (RIKEN BRC, RCB0007) expressing QUEEN-37C, an ATP sensor fluorescent protein.
RCB5719
HL-Q37C-701G7
Comment
Comment from the depositorHeLa cells (RIKEN BRC, RCB0007) expressing QUEEN-37C, an ATP sensor fluorescent protein.
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