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. 2022 Feb 28;15(1):14–25. doi: 10.15283/ijsc22008

Table 2.

Summary of Schwann cell differentiation

Species Cell
sources
Target cell type
(Efficiency)
Duration
(Days)
In vitro disease modeling In vivo transplantation References
Human hESCs
hiPSCs
p75 NCSCs (∼30%) >28 days
Not shown Chick embryos and adult NOD/SCID mice Lee et al., 2007
Lee et al., 2010
GFAP or S100β SCs (>5%) >109 days
Human hESCs GFAP or S100β SCs (∼60%) ∼84 days Not shown Not shown Ziegler et al., 2011
Human hESCs
hiPSCs
p75 NCSCs (Not shown) >22 days
Not shown Adult rat sciatic nerve Wang et al., 2011
GFAP or S100β SCs (Not shown) >34 days
Human hESCs
hiPSCs
p75 NCSCs (∼46%) >14 days
Not shown In Ovo NCSC Injection Liu et al., 2012
GFAP or S100β SCs (Not shown) >54 days
Human hESCs
hiPSCs
p75 NCSCs (∼80%) >8 days
Not shown Not shown Kreitzer et al., 2013
GFAP SCs (Not shown) Not mentioned
Human hESCs
hiPSCs
SOX10 SCPs (∼99%) >24 days
Not shown C57BL/6 mice sciatic nerve injury model Kim et al., 2017
S100β or MPZ SCs (Not shown) >31 days
Human hiPSCs p75 NCSCs (Not shown) >20 days
Not shown Adult athymic nude rat sciatic nerve Huang et al., 2017
GFAP or S100β SCs (Not shown) >41 days
Human hESCs
hiPSCs
PGD−hESCs
CD49d+ SCPs (∼18%) >21 days CMT1A pathogenesis Mouse tibial nerve and rat models of chronic peripheral nerve denervation Mukherjee-Clavin et al., 2019
GFAP or S100β+ SCs (Not shown) ∼101 days