… the scaffold and cord sectioned longitudinally (30 μm) on a cryostat. Trans-scaffold labeling
of neuron … Large (30–50 μm diameter) neuron cell bodies were predominantly labeled in the …

… To better direct repair following spinal cord injury (SCI), we designed an implant modeled
after the intact spinal cord consisting of a multicomponent polymer scaffold seeded with neural …

… of 3D GS scaffolds, NSCs in the engineered neural scaffold can be effectively … neural
network scaffold would support myelination at the lesion gap following spinal cord transection…

… scaffold and quantitatively assesses their potential to promote regeneration after a spinal
cord transection injury in … Rats with transection injuries received scaffold implants containing …

… DSC scaffolds encourage endogenous neurogenesis at the injury/graft site, which may
contribute to the formation of a neuronal … signals to pass through the injury area [[35], [36], [37]]. …

… spinal cord transection research in general include implanting artificial neural scaffolds or
… cells (eg, olfactory ensheathing glia, neural stem cells, mesenchymal stem cells, and human …

… nerves and spinal cords as well as critical requirements for regenerative scaffold designs. …
methods and recent advances of anisotropic nerve scaffolds from multidimensional aspects, ie …

… neural constructs with anatomically accurate complex geometries and spatial distributions of
neural stem cells (NSCs) for spinal cord injury (… fabricate a neural tissue scaffold that mimics …

… transection spinal cord injury model used in our study might result in this. To ensure that the
axon at the lesion … a 2 mm-long section of the spinal cord during operation. Different from the …

… Scaffolds containing parallel microchannels can guide directional axon growth and … the
bundles of nerve fibers found in spinal cord tissue, we designed a scaffold material with an …