Stem Cells International / 2019 / Article / Tab 2 / Research Article
A High-Throughput Method as a Diagnostic Tool for HIV Detection in Patient-Specific Induced Pluripotent Stem Cells Generated by Different Reprogramming Methods Table 2 Cell lines used in this study for reprogramming efficiency.
iPSCs Cell source Reprogramming method Sex Reprogramming efficiency (%) STv-iPSC-3 Skin fibroblasts STEMCCA m 1.042 p-iPSC-3 Skin fibroblasts Plasmids m 0.171 sv-iPSC-3 Skin fibroblasts Sendai virus m 3.172 STv-iPSC-4 Skin fibroblasts STEMCCA m 2.503 sv-iPSC-4 Skin fibroblasts Sendai virus m 2.916 STv-iPSC-5 Skin fibroblasts STEMCCA f 0.348 sv-iPSC-5 Skin fibroblasts Sendai virus f 1.925 p-iPSCs-8 Skin fibroblasts Plasmids f 0.021 sv-iPSCs-8 Skin fibroblasts Sendai virus f 0.122 p-iPSC-9 Skin fibroblasts Plasmids m 0.045 sv-iPSC-9 Skin fibroblasts Sendai virus m 0.169 p-iPSC-10 Skin fibroblasts Plasmids f 0.014 sv-iPSC-10 Skin fibroblasts Sendai virus f 0.649 p-iPSC-11 Skin fibroblasts Plasmids f 0.032 sv-iPSC-11 Skin fibroblasts Sendai virus f 0.680 p-iPSC-12 Skin fibroblasts Plasmids m 0.012 p-iPSC-13 Skin fibroblasts Plasmids f 0.038 p-iPSC-14 Skin fibroblasts Plasmids m 0.021 sv-iPSC-15 PBMCs Sendai virus f 0.001 sv-iPSC-16 PBMCs Sendai virus f 0.002 sv-iPSC-17 PBMCs Sendai virus f 0.003 sv-iPSCs-18 PBMCs Sendai virus m 0.003 p-iPSCs-19 MSCs Plasmids f 2.800 p-iPSCs-20 MSCs Plasmids m 0.37 p-iPSCs-21 MSCs Plasmids m 6.19 p-iPSCs-22 MSCs Plasmids m 3.90
