… Vertebrate nervous system function requires glial cells, including myelinating glia that …
crest-derived glial cells known as Schwann cells (SCs) generate myelin by encompassing and …

… Myelinating Schwann cells develop through a further intermediate state… Schwann cell
lineages. This revealed that immature Schwann cells develop into four terminally differentiated cell …

… in early developmental stages of Schwann cells, Arf proteins likely to be key regulator for
Schwann cells development. … in Schwann cells associate with myelination in CNS and PNS. …

… This hypothesis is based on experiments indicating that axon-Schwann cell signals stimulate
Schwann cell development from their earliest appearance, eg, E16 in rat sciatic nerve, and …

… differentiating Schwann cells impairs myelin formation, whereas loss in mature Schwann
cells disturbs myelin … Both proteins are coexpressed during Schwann cell development and …

… differentiation and myelination of SCs in a coculture model of SC and motor neuron (MN)
cells… To investigate whether OS of SCs also affected the differentiation and myelination of SCs …

… Schwann cells into myelinating Schwann cells. Each myelinating Schwann cell forms a …
in lineage progression and differentiation of Schwann cells and will be the focus of this review. …

… While the formation of myelin by Schwann cells (SCs) is … of the SC lineage through myelination
require further elucidation. … at various stages of myelination, and multilevel bioinformatic …

… Neuregulin 1 type III (NRG1-III) is a key axonal molecule guiding Schwann cell
development and myelination. NRG1-III is produced by and expressed on axons in an amount …

… Schwann cells which regulate the production of the myelin … Schwann cells up regulate their
expression of the myelin… , the Schwann cell which will go on to form a mature myelin sheath …