Review Article

The Effects of Different Factors on the Behavior of Neural Stem Cells

Table 3

Effects of biomaterials on the proliferation and differentiation of NSCs.

TopographyMaterialsDimensionsCellsOutcome

FilmChitosan [90]NSCs from cortex of E12 fetal ratsProliferation ↑; astrocytes ↑
FilmUltrananocrystalline diamond (UNCD) [91]NSCs from cortex of E11.5 rat embryosProliferation most on
hydrogen-terminated
UNCD film; neuronal
differentiation most on
oxygen-terminated UNCD film
FilmPHA: PLA, PHBVHHx [92]NSCs from neocortex of E13–15 rat embryosAdsorption and proliferation
more on PHBVHHx film;
neuronal differentiation and
neurite outgrowth more on PLA film
HydrogelGelatin-hydroxyphenylpropionic acid (Gtn-HPA) [93]NSCs from hippocampus of adult female Fischer 344 ratsViability ↑; proliferation rate ↓;
the expression of GFAP ↑;
the expression of Tuj-1 ↑
HydrogelHyaluronic acid (HA) [94]NSCs from induced pluripotent stem cellsGlial, neuronal, or immature/progenitor states ↑; proliferation ↑
HydrogelPolyethylene glycol [99]NSCs from the BMSCs of 4 weeks SD ratsViability ↑; proliferation ↑ slightly;
neuron ↑; neurite outgrowth and extension
NanofibersPolyethersulfone (PES) [100]283 nm, 749 nm, 1452 nmNSCs from hippocampus of adult rats40% ↑ in oligodendrocyte with
283 nm fibers; 20% ↑ in neuronal cells with 749 nm fibers; proliferation ↑; cell spreading ↑; cell aggregation ↓ with the decrease of fiber diameter
NanofibersPolyhydroxyalkanoates (PHA): PHB, P3HB4HB, PHBHHx [101]NSCs from neocortex of E13–15 rat embryosProliferation and neuronal differentiation most in PHBHHx
NanofibersPoly-ε-caprolactone (PCL) [102]550 ± 100 nmNSCs from neocortex of E14.5 rat embryosProliferation ↑; neurons ↑; oligodendrocytes ↑