… cells in the spinal cord, there is an extracellular matrix, which … and significantly improved
transplant cell survival compared … improve functional recovery after spinal cord injury in the rat,” …

… of the spinal cord extracellular matrix for nerve cell regeneration. … [52] The enlargement and
combination of cystic cavities … hydrogels led to functional improvements in rats with chronic …

… into a rat model of SCI improved histological and functional … scaffold matrix, significant
outcomes regarding functional recovery … reduced cavitation, improved graft survival with increased …

… conditions such as autoimmune diseases or transplant rejection, in which T … rats; however,
intracavernous injection with USCs restored autophagic activity and improved erectile function …

… over the spinal cord via an implanted paddle electrode array. Stimulation … In a rat model of
severe T11-12 contusion, sacral nerve … The “graft-antenna” has shown efficacy following nerve …

… The scaffold was transplanted into the spinal cord of rats in the … , cell-adhesion molecules
and extracellular matrix (ECM) to … /ASC implants promote motor functional recovery in rats …

… , and CTGF expression while augmenting the apoptosis in TGF-β … and in vitro to improve the
locomotion function in SCI rats. … As a component of the extracellular matrix, CSPG is mainly …

… functional recovery when grafted in the damaged spinal cord of … transplanted into transected
spinal cord of rat models promoted … molecules, and extracellular matrix proteins that can …

… in human urine can serve as an excellent source of graft cells … Similarly, in a rat model of
cavernous nerve injury-induced … improved the erectile function through their paracrine effects. …

… to play a direct role in extracellular matrix (ECM) motility, with … improve functional recovery
in rats with complete spinal cord … -based implants or scaffolds can be improved. Poor …