Figure S3. Characterization of hESC lines derived from MTP. (A) Total transcripts OCT4, SOX2, and NANOG of each hESC line extracted and amplified by PCR using specific primer. PCR product of each transcript from different hESC lines subjected to same agarose gel and same exposure. RT-PCR analysis shows that hESC lines derived from MTP expressed core pluripotent genes, OCT4, NANOG, and SOX2. (B) Immunofluorescent staining shows hESCs derived from MTP expressed typical hESC marker proteins. (C) Spontaneous differentiation of seven hESC cell line-generated derivatives of all three primitive germ layers demonstrated by expression of NESTIN, SMA, and AFP. (D) Hematoxylin and eosin staining of teratoma generated from Si1âSi4 and SiAtra1 showed ...
Figure S1. Identification of TPO-KI H1 hESCs by flow cytometer analysis of GFP+ population, agarose ...
Morphology of cell populations during the process of derivation of CoMo-NSCs from pluripotent hESCs....
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...
Figure S2. Derivation of hESCs from diseased and frozen–thawed embryos using MTP. (A) ICM clump isol...
Figure S4. Karyotyping analysis of Si1, Si2, Si3, Si4, and Si5 cell lines exhibited a normal diploid...
is Figure S1 showing differentiation of hiPSCs into NPCs using commercial reagents. Two hiPSC lines ...
Figure S2. Additional data on flow cytometry. (A) Expression of CD44, CD73, and CD90 in induced plur...
Differentiation of hiPSCs to endothelial cells through an MESP1+ mesoderm progenitor stage. (a) FACS...
Many human embryonic stem cell (hESC) lines have been reported, but only a few of them have been ful...
Immunocytochemical analysis of pluripotency status of hESCs cultured over Matrigel. Figure S2. Immun...
Figure S3. Additional data on cytoskeletal proteins. Cell painting showing the production of cytoske...
Optimization of hES cell transfection protocol. A. Representative histograms illustrating OCT4 level...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S1. Targeted deletion of MEIS2 in human hESCs. (A) Surveyor assay of sgMESI2-E3G3-mediated cl...
Figure S2 showing characterization of iPSC colony 5. a Karyotype of iPSC colony 5 was normal. b qRT-...
Figure S1. Identification of TPO-KI H1 hESCs by flow cytometer analysis of GFP+ population, agarose ...
Morphology of cell populations during the process of derivation of CoMo-NSCs from pluripotent hESCs....
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...
Figure S2. Derivation of hESCs from diseased and frozen–thawed embryos using MTP. (A) ICM clump isol...
Figure S4. Karyotyping analysis of Si1, Si2, Si3, Si4, and Si5 cell lines exhibited a normal diploid...
is Figure S1 showing differentiation of hiPSCs into NPCs using commercial reagents. Two hiPSC lines ...
Figure S2. Additional data on flow cytometry. (A) Expression of CD44, CD73, and CD90 in induced plur...
Differentiation of hiPSCs to endothelial cells through an MESP1+ mesoderm progenitor stage. (a) FACS...
Many human embryonic stem cell (hESC) lines have been reported, but only a few of them have been ful...
Immunocytochemical analysis of pluripotency status of hESCs cultured over Matrigel. Figure S2. Immun...
Figure S3. Additional data on cytoskeletal proteins. Cell painting showing the production of cytoske...
Optimization of hES cell transfection protocol. A. Representative histograms illustrating OCT4 level...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S1. Targeted deletion of MEIS2 in human hESCs. (A) Surveyor assay of sgMESI2-E3G3-mediated cl...
Figure S2 showing characterization of iPSC colony 5. a Karyotype of iPSC colony 5 was normal. b qRT-...
Figure S1. Identification of TPO-KI H1 hESCs by flow cytometer analysis of GFP+ population, agarose ...
Morphology of cell populations during the process of derivation of CoMo-NSCs from pluripotent hESCs....
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...