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. 2022 Nov 24;11(23):3753. doi: 10.3390/cells11233753

Table 3.

Studies describing differentiation of Schwann cells from human cell sources other than hiPSC or hESC. Sorted from most to least recent.

Study Cell Source Duration Characterization Schwann Cell Markers Sorting Steps/Yield Comments
Kim et al., 2020 [224] human skin fibroblasts 35 d IF, RT-qPCR, WB, neurotrophic factors secretion (ELISA), neurite outgrowth assay, in vitro myelination assay, in vivo transplantation assay SOX10, GFAP, p75NTR, GAP43, S100b, PMP22, MPZ, MBP SCP colony picking on d18,
95% SOX10+ SCP,
95% S100b+ SC
based on Kim et al., 2017 [121] (Table 1); but with direct conversion from fibroblasts instead of hiPSC
Saulite et al., 2018 [201] human dermis MSC 8 d IF, RT-qPCR Sox10, p75NTR, GFAP, S100b, MBP no sorting,
20–40% MBP+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)
Bajpai et al., 2017 [230] human epidermal keratinocytes
(neonate foreskin)
7d to NCC,
35d to SC
IF, RT-qPCR MPZ, PMP22, GFAP, S100b, Krox20 no sorting,
94% S100b+
clonal variability regarding differentiation capacity: 62.5% of clones could acquire SC fate
Mazzara et al., 2017 [177] human skin fibroblasts, rodent skin fibroblasts (mouse embryonal/neonatal/adult, rat neonatal) 21 d IF, RT-qPCR, RNA-Seq, in vitro myelination assay, neurite outgrowth assay S100, O4, MPZ, GFAP, MBP 12.3% S100b+/O4+ (mouse embryonal)/5% (human) d14 → purification by FACS for O4+ full characterization only done on rodent cells, but human derived cells were also shown to induce neurite outgrowth and align with neurites
Cai et al., 2017 [202] human MSC 56 d IF, WB, neurotrophic factors secretion (ELISA), neurite outgrowth assay, in vitro myelination assay, in vivo transplantation assay p75NTR, S100, MBP no sorting,
84.9% S100+/p75NTR+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)/Zhang et al., 2009 [174] (human MSC, Table 3); maturation step: coculture with rat primary neurons for SC fate commitment
Jung et al., 2016 [203] human tonsil-derived MSC 16 d IF, RT-qPCR, WB, neurite outgrowth assay, in vitro myelination assay, in vivo transplantation assay p75NTR, S100b, Krox20, GFAP no sorting,
67.6% p75NTR+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)/Zhang et al., 2009 [174] (human MSC, Table 3)
Sakaue et al., 2015 [215] human epidermal NCC from hair bulge explants 21–30 d IF, RT-qPCR, microarray, neuron coculture (alignment with neurites) Sox10, p75NTR, Krox20, S100b, GFAP, MPZ, MBP no sorting,
90% Krox20+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)
Martens et al., 2014 [217] human dental pulp stem cells 18 d IF, in vitro myelination assay, neurite outgrowth assay, neurotrophic factors secretion (ELISA) P75, GFAP, S100 no sorting,
yield not reported
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)
Thoma et al., 2014 [228] human foreskin fibroblasts 39 d IF, microarray, neurite outgrowth, in vitro myelination assay Sox10, Krox20, PLP, GFAP, S100b, GalC, MBP no sorting,
60% PLP+
Tomita et al., 2013 [204] human ADSC 18 d IF, WB, morphometric analysis, neurotrophic factors secretion (ELISA), neurite outgrowth assay, in vivo transplantation assay p75NTR, GFAP, S100 no sorting,
yield not reported
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)
Razavi et al., 2012 [205] human ADSC 16 d IF, RT-qPCR GFAP, S100 no sorting,
90% GFAP+/S100+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)/Zhang et al., 2009 [174] (human MSC, Table 3)
Matsuse et al., 2010 [173] human umbilical cord Wharton’s jelly-derived MSC 8 d IF, RT-PCR, in vivo transplantation assay Sox10, Krox20, GFAP, p75NTR, S100b, MPZ no sorting,
98% MPZ+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)
Zhang et al., 2009 [174] human umbilical cord blood derived MSC 24 d IF, WB, neurite outgrowth assay GFAP, S100 no sorting,
60.8% GFAP+/S100+
protocol based on Dezawa et al., 2001 [163] (rat MSC, Table 4)/Xu et al., 2008 [212] (rat ADSC, Table 4) → neurosphere induction
Shimizu et al., 2007 [206] human MSC 11 d IF, in vivo transplantation assay S100, MPZ, p75NTR, GFAP, O4 no sorting,
yield not reported
protocol from Dezawa et al., 2001 [163] (rat MSC, Table 4) transferred to human MSC

Abbreviations: d = days of differentiation, SCP = Schwann cell precursors, SC = Schwann cells, NCC = neural crest cells, MSC = mesenchymal stem cells, ADSC = adipose-derived stem cells, IF = immunofluorescence, WB = Western blot.