<p>All the hiPSC lines generated from either fibroblasts or CB-CD34+ HSPCs express the pluripotency markers Oct4, Sox2, Nanog and Rex1 (<b>A</b>), the pluripotent surface markers Tra-1-60, Tra-1-81, SSEA-3 and SSEA-4, as well as nuclear Oct4 (<b>B</b>) and display an euploid karyotype (<b>C</b>). All hiPSC lines differentiated <i>in vivo</i> (teratoma formation) (<b>D</b>) into tissues representing the three germ layers: ecto-, meso- and endoderm. Immunocytochemistry pictures are shown at 20× magnification. (<b>E</b>) RT-PCR confirming that CB-iPSC#2 and F-iPSC#2 did not silence OKSM factors after >20 passages.</p
<p>(A) Representative images of the characteristic morphology of pluripotent cells, AP<sup>+</sup> s...
<p>A) Differentiation was performed using embryoid body formation, and the differentiated iPSCs (DP-...
<p>Plots representative of 4 peripheral blood (PBMC)-derived iPSC clones. (A) iPSC reprogramming tim...
<p><b>A.</b> immunocytochemistry and alkaline phosphatase (ALP) staining for pluripotent markers. Nu...
(A) Immunostaining of the pluripotency markers NANOG (green) and TRA-1-81 (red) in hiPSCs. Nuclei we...
<p>A) Two hiPSC lines were selected for in-depth analyses, NHDF-1 and NHDF-2. These reprogrammed col...
<p>(A) CPVT-hiPSC colonies derived from the dermal fibroblasts of a patient with CPVT expressed plur...
<p>(A) The three hiPSC lines with typical morphology for human pluripotent stem cells expressed alka...
<p>(A–J) iPSCs generated from DP264 grown in MSCGM-CD (D264-CD-iPS-2) and MSCGM (D264-M-iPS-5) expre...
<div><p>A) Human foreskin fibroblasts were induced to pluripotency by the Sendai virus reprogramming...
<p>(A): Quantitative PCR assay revealed the relative expression of endogenous Oct4, Sox2 in iPSC lin...
<p>A, Micrographs showing morphological changes during mRNA reprograming on day 6 (i), 8 (ii), 15 (i...
<p>Representative hBMMSC-iPSCs colonies (A) and AP staining (B). (C-F) Immunoassay of hBMMSC-iPSC co...
<p>(<b>A</b>) Representative immunofluorescence of pluripotency markers in human iPSC clones derived...
<p>A) Morphology and Alkaline phosphatase (ALP) staining of iPS-DMC75-PCMDM. P, passage number. Scal...
<p>(A) Representative images of the characteristic morphology of pluripotent cells, AP<sup>+</sup> s...
<p>A) Differentiation was performed using embryoid body formation, and the differentiated iPSCs (DP-...
<p>Plots representative of 4 peripheral blood (PBMC)-derived iPSC clones. (A) iPSC reprogramming tim...
<p><b>A.</b> immunocytochemistry and alkaline phosphatase (ALP) staining for pluripotent markers. Nu...
(A) Immunostaining of the pluripotency markers NANOG (green) and TRA-1-81 (red) in hiPSCs. Nuclei we...
<p>A) Two hiPSC lines were selected for in-depth analyses, NHDF-1 and NHDF-2. These reprogrammed col...
<p>(A) CPVT-hiPSC colonies derived from the dermal fibroblasts of a patient with CPVT expressed plur...
<p>(A) The three hiPSC lines with typical morphology for human pluripotent stem cells expressed alka...
<p>(A–J) iPSCs generated from DP264 grown in MSCGM-CD (D264-CD-iPS-2) and MSCGM (D264-M-iPS-5) expre...
<div><p>A) Human foreskin fibroblasts were induced to pluripotency by the Sendai virus reprogramming...
<p>(A): Quantitative PCR assay revealed the relative expression of endogenous Oct4, Sox2 in iPSC lin...
<p>A, Micrographs showing morphological changes during mRNA reprograming on day 6 (i), 8 (ii), 15 (i...
<p>Representative hBMMSC-iPSCs colonies (A) and AP staining (B). (C-F) Immunoassay of hBMMSC-iPSC co...
<p>(<b>A</b>) Representative immunofluorescence of pluripotency markers in human iPSC clones derived...
<p>A) Morphology and Alkaline phosphatase (ALP) staining of iPS-DMC75-PCMDM. P, passage number. Scal...
<p>(A) Representative images of the characteristic morphology of pluripotent cells, AP<sup>+</sup> s...
<p>A) Differentiation was performed using embryoid body formation, and the differentiated iPSCs (DP-...
<p>Plots representative of 4 peripheral blood (PBMC)-derived iPSC clones. (A) iPSC reprogramming tim...