… conduits with aligned microchannels have been frequently used as implantable scaffolds
for nerve regeneration by attenuating disordered neurite outgrowth. The implantation of …

… Consequently, such implanted scaffolds will promote … neurons, thus enhance the inner
regeneration capability of spinal cord. … used as implantable scaffolds for nerve regeneration, in …

… for promoting neuronal differentiation of the recruited NSCs and axonal regeneration. … , not
only served as the guidance for axonal regeneration and outgrowth, but also their nanofibrous …

… An effective treatment for SCI would not only reduce fractured elements and isolate developing
local glial scars to promote axonal regeneration but also ameliorate secondary effects, …

… the lumbroscaral spinal cord could promote axon regeneration … with complete spinal
transection, and with scaffold placement … connectivity via newly regenerating across injury fibers in …

… support of axonal regeneration. This result supports our previous observations that improved
… Matrigel scaffolds minimally supported axonal regeneration at an efficiency of less than 20…

… as promoting axonal regeneration during spinal cord injury … and multiple-channel bioactive
silk nanofiber catheter scaffold … promoted spinal cord repair and nerve regeneration, which …

… In vitro, hNSC culture on a PLG scaffold increased … along regenerating axons and integrate
into the host spinal cord as … along axons, regenerating into a biomaterial scaffold, and …

… To design a successful engineered SC scaffold as a structural, mechanical and trophic
support to bridge the lesion cavity and stimulate the axonal regrowth, essential parameters …

… The effect of MNGCs and SCs on axon regeneration was confirmed by vivo experiments in
adult … We think that the study of viability is enough to support the fabrication of nerve conduit …