Non-chromosome 14 gene location data with tropy pairing and isotropy type. Stem cell marker gene, CD34; transcription factor adapter gene, PRDM1 and B-cell polarization genes, PTPRC and CD40; B-cell cluster of differentiation receptor genes, CD19, MS4A1, CR2, CD27 and CD38; cluster of differentiation receptor B-cell antigen receptor complex-associated proteins, CD79A and CD79B; Third, VDJ recombinase genes, RAG2 and RAG1, and consensus sequence recognition (CSR)/somatic hypermutation enzyme genes, APOBEC3A/APOBEC3B, AICDA, APOBEC3C/APOBEC3D/APOBEC3F/APOBEC3G, and APOBEC3H; and cell proliferation marker genes, PCNA, ENPP1, MKI67 and ESPL1. (PDF 843Â kb
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...
Characterization of cardiac differentiation of HES3 cells by quantitative real-time PCR (qRT-PCR). E...
Analysis of the differentiation potential of HPC/HSC-iPSCs into hematopoietic cells by flow cytometr...
Table S7. Chromosome 14 (−) strand chromatin Ig heavy chain locus variability gene esebssiwaagoT Q s...
Table S9. Chromosome 14 (â) strand chromatin Ig heavy chain locus gene recombination sequence eseb...
Figure S3. Bioinformatics analysis of human iPSC differentiated ECs and HSPCs. a Heatmap analysis of...
Figure S1. Expression of CD19/CD20, CD79A/B and RAG1/RAG2 in blood cancer cell lines. X axis: 164 bl...
Figure S1. Quality control of the dataset. Figure S2. Surface marker analysis and GO enrichment anal...
Table S3. Chromosome 14 (−) strand chromatin Ig heavy chain locus joining gene esebssiwaagoT Q s to ...
Table S6. List of ligand-receptor pairs and cell–cell pairs used in Fig. 4c for heatmap. (XLSX 12 kb
Table S4. Chromosome 14 (−) strand chromatin Ig heavy chain locus diversity gene esebssiwaagoT Q s t...
Table S5. Chromosome 14 (â) strand chromatin Ig heavy chain locus diversity (D)-to-joining (J) rec...
Table S10. Chromosome 14 (â) strand chromatin Ig heavy chain locus gene recombination sequence ese...
Figure S3. Comparison of differentially methylated CpG sites across different cell types. Heatmap of...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...
Characterization of cardiac differentiation of HES3 cells by quantitative real-time PCR (qRT-PCR). E...
Analysis of the differentiation potential of HPC/HSC-iPSCs into hematopoietic cells by flow cytometr...
Table S7. Chromosome 14 (−) strand chromatin Ig heavy chain locus variability gene esebssiwaagoT Q s...
Table S9. Chromosome 14 (â) strand chromatin Ig heavy chain locus gene recombination sequence eseb...
Figure S3. Bioinformatics analysis of human iPSC differentiated ECs and HSPCs. a Heatmap analysis of...
Figure S1. Expression of CD19/CD20, CD79A/B and RAG1/RAG2 in blood cancer cell lines. X axis: 164 bl...
Figure S1. Quality control of the dataset. Figure S2. Surface marker analysis and GO enrichment anal...
Table S3. Chromosome 14 (−) strand chromatin Ig heavy chain locus joining gene esebssiwaagoT Q s to ...
Table S6. List of ligand-receptor pairs and cell–cell pairs used in Fig. 4c for heatmap. (XLSX 12 kb
Table S4. Chromosome 14 (−) strand chromatin Ig heavy chain locus diversity gene esebssiwaagoT Q s t...
Table S5. Chromosome 14 (â) strand chromatin Ig heavy chain locus diversity (D)-to-joining (J) rec...
Table S10. Chromosome 14 (â) strand chromatin Ig heavy chain locus gene recombination sequence ese...
Figure S3. Comparison of differentially methylated CpG sites across different cell types. Heatmap of...
is Figure S1 showing cellular characteristics and HPC/HSC reprogramming. A Identification of HPC/HSC...
Figure S1. H9-CD34+ cells were able to form hematopoietic colonies. Colony-forming assays were perfo...
Characterization of cardiac differentiation of HES3 cells by quantitative real-time PCR (qRT-PCR). E...
Analysis of the differentiation potential of HPC/HSC-iPSCs into hematopoietic cells by flow cytometr...