Search results for the GEO ID: GSE18265
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GSM388581
GPL570
HESC_HD90_p8 Human embryonic stem cell line HD90/FE07-142-L1, carrying a point mutation in the VHL gene cell line: HD90/FE07-142-L1 cell type: human embryonic stem cells embryo characteristic: mutation in VHL gene This human embryonic stem cell line was derived on an irradiated human fibroblast feeder, in 20% KO-SR medium, from an embryo carrying a mutation in the VHL gene as evidence by preimplantation genetic diagnostic (PGD). RNA extraction was carried out at passage 8. HD90 was compared to a compendium of 84 transcriptome covering a broad range of adult tissues and other human embryonic stem cell lines. Data can also be accessed at http://www.amazonia.transcriptome.eu.
GSM388636
GPL570
HESC_HD129_p6 Human embryonic stem cell line HD129/FE08-005-L1 obtained from a cystic fibrosis embryo cell line: HD129/FE08-005-L1 cell type: human embryonic stem cells embryo characteristic: cystic fibrosis This human embryonic stem cell line was derived on an irradiated human fibroblast feeder, in 20% KO-SR medium, from a cystic fibrosis embryo as evidenced by preimplantation genetic diagnostic (PGD). RNA extraction was carried out at p6. HD129 was compared to a compendium of 84 transcriptome covering a broad range of adult tissues and other human embryonic stem cell lines.
GSM388638
GPL570
HESC_HD83_p24 Human embryonic stem cell line HD83/FE07-135-L1 cell line: HD83/FE07-135-L1 cell type: human embryonic stem cells embryo characteristic: normal This human embryonic stem cell line was derived on irradiated human fibroblasts, in 20% KO-SR medium and 10 ng/ml bFGF, from a normal embryo. RNA extraction was carried out at p24. HD83 was compared to a compendium of 84 transcriptome covering a broad range of adult tissues and other human embryonic stem cell lines.
GSM452261
GPL570
HESC HS235 Human embryonic stem cell line HS235 cell line: HS235 obtained from the Karolinska Instute of Stockholm, Sweden cell type: human embryonic stem cells The hesc lines hs235 was derived by the team of Pr. Outi Hovatta at the Karolinska Institute (Stockholm, Sweden) and cultured on human foreskin fibroblast feeder cells (crl-2429; american type culture collection, manassas, va, http: //www. atcc.org) (Hovatta et al. 2003). The transcriptome of this hESC was compared to the transcriptome of fully reprogrammed human induced pluripotent stem cells, the parental fibroblast cells and partially reprogrammed cells.
GSM452297
GPL570
Partially reprogrammed clone GRA_M5C1p3 Partially reprogrammed human induced pluripotent stem cells clone GRA_M5C1p3 clone: GRA_M5C1p3 cell type: partially reprogrammed human induced pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Partially reprogrammed cells that displayed neither a fibroblast morphology nor a bona fide hiPS morphology were picked up and further expanded and characterized. The transcriptome of partially reprogrammed cells was compared to the transcriptome of the parental fibroblast cells, fully reprogrammed human induced pluripotent stem cells and hESC.
GSM452298
GPL570
Partially reprogrammed clone GRA_M5VC1p3 Partially reprogrammed human induced pluripotent stem cells clone GRA_M5VC1p3 clone: GRA_M5VC1p3 cell type: partially reprogrammed human induced pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Partially reprogrammed cells that displayed neither a fibroblast morphology nor a bona fide hiPS morphology were picked up and further expanded and characterized. The transcriptome of partially reprogrammed cells was compared to the transcriptome of the parental fibroblast cells, fully reprogrammed human induced pluripotent stem cells and hESC.
GSM452351
GPL570
Partially reprogrammed clone INT_M4C1-1p5 Partially reprogrammed human induced pluripotent stem cells clone INT_M4C1-1p5 clone: INT_M4C1-1p5 cell type: partially reprogrammed human induced pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Partially reprogrammed cells that displayed neither a fibroblast morphology nor a bona fide hiPS morphology were picked up and further expanded and characterized. The transcriptome of partially reprogrammed cells was compared to the transcriptome of the parental fibroblast cells, fully reprogrammed human induced pluripotent stem cells and hESC.
GSM452352
GPL570
Partially reprogrammed clone INT_M4C1p4 Partially reprogrammed human induced pluripotent stem cells clone INT_M4C1p4 clone: INT_M4C1p4 cell type: partially reprogrammed human induced pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Partially reprogrammed cells that displayed neither a fibroblast morphology nor a bona fide hiPS morphology were picked up and further expanded and characterized. The transcriptome of partially reprogrammed cells was compared to the transcriptome of the parental fibroblast cells, fully reprogrammed human induced pluripotent stem cells and hESC.
GSM452691
GPL570
HESC HS181p50 Human embryonic stem cell line HS181 passage 50 cell line: HS181, obtained from the Karolinska Institute of Stockholm, Sweden. cell type: human embryonic stem cells The hesc lines hs181 was derived at the Karolinska Institute of Stockholm, Sweden, and cultured on human foreskin fibroblast feeder cells (crl-2429; american type culture collection, manassas, va, http: //www. atcc.org). (Hovatta et al. 2003). The transcriptome of this hESC was compared to the transcriptome of fully reprogrammed human induced pluripotent stem cells, the parental fibroblast cells and partially reprogrammed cells.
GSM452692
GPL570
hiPS clone M4C2 p4 Induced human pluripotent stem cell clone M4C2 passage 4 clone: M4C2 cell type: induced human pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Colonies with a full pluripotent morphology were picked up after 35 days, further expanded and characterized. The transcriptome of this hiPS was compared to the transcriptome of the parental fibroblast cells, partially reprogrammed cells and hESC cells.
GSM452693
GPL570
hiPS clone M4C10 p4 Induced human pluripotent stem cell clone M4C10 passage 4 clone: M4C10 cell type: induced human pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Colonies with a full pluripotent morphology were picked up after 35 days, further expanded and characterized. The transcriptome of this hiPS was compared to the transcriptome of the parental fibroblast cells, partially reprogrammed cells and hESC cells.
GSM452694
GPL570
hiPS clone M5VC2 p4 Induced human pluripotent stem cell clone M5VC2 passage 4 clone: M5VC2 cell type: induced human pluripotent stem cells Newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Colonies with a full pluripotent morphology were picked up after 35 days, further expanded and characterized. The transcriptome of this hiPS was compared to the transcriptome of the parental fibroblast cells, partially reprogrammed cells and hESC cells.
GSM453652
GPL570
HFF1 Human foreskin fibroblasts HFF1 cell line: HFF1 cell type: human foreskin fibroblasts For the purpose of a reprogramming experiment, newborn human foreskin fibroblasts were transduced with four lentiviral vectors expressing Oct4, Sox2, Lin28 or Nanog under the control of the human EF1α promoter (Yu et al., 2007, Science vol. 318 pp. 1917-20). Partially and fully reprogrammed hIPS clones were obtained. This sample is the parental foreskin fibroblasts HFF1 cell line. The transcriptome of this HFF cell sample was compared to the transcriptome of fully and partially reprogrammed cells, and hESC cells.
 
 
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