showing non-integrating analysis and karyotype assays of iPSCs induced with the 6F/BM1-4C system. a Non-integrating analysis of genomic DNA in iPSCs. Representative lanes: 1, H2O; 2, pE3.1-OG--KS and pE3.2-L-Myc--hmiR-302 cluster; 3, UC5; 4, UC5, pE3.1-OG--KS, and pE3.2-L-Myc--hmiR-302 cluster; 5, UC5iPSC1; 6, UC5iPSC2; 7, UC6; 8, UC6, pE3.1-OG--KS, and pE3.2-L-Myc--hmiR-302 cluster; 9, UC6iPSC1; 10, UC6iPSC2; 11, UC7; 12, UC7, pE3.1-OG--KS, and pE3.2-L-Myc--hmiR-302 cluster; 13, UC7iPSC1; 14, UC7iPSC2. OriP in lane 9 exhibited integration. b Karyotype analysis of iPSCs induced from several hUCs. (PDF 340Â kb
Figure S6. qRT-PCR for DE hepatocyte makers using RNA lysates from hESC-H7 at the endpoint of stage ...
Figure S1. showing sequencing results of parental and inserted iPSCs. a Parental iPSCs have the know...
Table S6. List of ligand-receptor pairs and cell–cell pairs used in Fig. 4c for heatmap. (XLSX 12 kb
showing expression of factors from episomal vectors. a pE3.1 plasmid construction process chart (upp...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S2. Differentiated PB iPSC clones did not express pluripotency markers OCT4, NANOG, TRA-1-60,...
Figure S3. Bioinformatics analysis of human iPSC differentiated ECs and HSPCs. a Heatmap analysis of...
Figure S3. qRT-PCR for pluripotency genes using RNA lysates from hESC-H7 at the endpoint of stage I....
Figure S2 showing characterization of iPSC colony 5. a Karyotype of iPSC colony 5 was normal. b qRT-...
Figure S4. Karyotyping analysis of Si1, Si2, Si3, Si4, and Si5 cell lines exhibited a normal diploid...
Figure S2. Derivation of hESCs from diseased and frozen–thawed embryos using MTP. (A) ICM clump isol...
In vitro differentiation analysis and karyotyping of LiPSC. (A) Representative karyotype of the esta...
Analysis of the differentiation potential of HPC/HSC-iPSCs into hematopoietic cells by flow cytometr...
is Figure S3 showing the cell morphology change and cell proliferation rate of HPC/HSCs compared wit...
Figure S2. Additional data on flow cytometry. (A) Expression of CD44, CD73, and CD90 in induced plur...
Figure S6. qRT-PCR for DE hepatocyte makers using RNA lysates from hESC-H7 at the endpoint of stage ...
Figure S1. showing sequencing results of parental and inserted iPSCs. a Parental iPSCs have the know...
Table S6. List of ligand-receptor pairs and cell–cell pairs used in Fig. 4c for heatmap. (XLSX 12 kb
showing expression of factors from episomal vectors. a pE3.1 plasmid construction process chart (upp...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S2. Differentiated PB iPSC clones did not express pluripotency markers OCT4, NANOG, TRA-1-60,...
Figure S3. Bioinformatics analysis of human iPSC differentiated ECs and HSPCs. a Heatmap analysis of...
Figure S3. qRT-PCR for pluripotency genes using RNA lysates from hESC-H7 at the endpoint of stage I....
Figure S2 showing characterization of iPSC colony 5. a Karyotype of iPSC colony 5 was normal. b qRT-...
Figure S4. Karyotyping analysis of Si1, Si2, Si3, Si4, and Si5 cell lines exhibited a normal diploid...
Figure S2. Derivation of hESCs from diseased and frozen–thawed embryos using MTP. (A) ICM clump isol...
In vitro differentiation analysis and karyotyping of LiPSC. (A) Representative karyotype of the esta...
Analysis of the differentiation potential of HPC/HSC-iPSCs into hematopoietic cells by flow cytometr...
is Figure S3 showing the cell morphology change and cell proliferation rate of HPC/HSCs compared wit...
Figure S2. Additional data on flow cytometry. (A) Expression of CD44, CD73, and CD90 in induced plur...
Figure S6. qRT-PCR for DE hepatocyte makers using RNA lysates from hESC-H7 at the endpoint of stage ...
Figure S1. showing sequencing results of parental and inserted iPSCs. a Parental iPSCs have the know...
Table S6. List of ligand-receptor pairs and cell–cell pairs used in Fig. 4c for heatmap. (XLSX 12 kb