… regeneration of injured neurons (Emma et al., 2001). In this study, we produced the
ChABC-loaded PLGA nanoparticles … to achieve better axonal regeneration and functional …

… that can provide functional recovery. SCI … after spinal cord injury. Application of this enzyme
has been found to increase axonal regeneration and plasticity after SCI in animal models, …

… the efficiency of functional recovery after SCI in animal models (… also biocompatible and
biodegradable [45,46,47]. In various … on neuronal regeneration and functional recovery [60, 65]. …

… procedures are preferred to treat spinal cord injuries (SCI), … results: axon elongation, functional
recovery, suppression of the … used for validating axonal regeneration, but this model is far …

… and limit functional recovery. The NEP1-40 peptide … greatly limits axonal regeneration into
and across the injury site. … -40 loaded PLGA microspheres or 5 mg of FITC-ChABC loaded …

… for spinal cord repair, functional recovery, and axonal … regeneration, being a promising
biocompatible material for … a permissive microenvironment for axonal regeneration. The natural …

… In addition, NM-formed NPs are able to restore axonal regeneration with regard to promoting
… with NPs ChABC-loaded PLGA and a significant therapeutic effect on functional recovery (…

… of the nanoparticle (NP) biocompatibility–neurotoxicity … improve functional recovery in rats
with complete spinal cord injury… dust worsened the outcome of SCI in animal models. However, …

… described calculation of sample size, or whether animal models were affected by diabetes,
… for the observation of glial scar and axonal regeneration after SCI. Meta-analysis results …

… Clinical uses of QDs are limited until more biocompatible … potentially function to both
stimulate and guide axon regrowth … The chABC-loaded nanoparticles release active enzyme …