Sentence examples for material for neural from inspiring English sources
The potential of graphene-based nanomaterials as a neural interfacing material for neural repair and regeneration remains poorly understood.
The viability of hippocampal neuronal cells cultured on the scaffold showed a progressive increase with time revealing its promise as a scaffold material for neural tissue engineering.
In this context, poly vinyl formal) (PVF), a biodegradable and water absorbing polymer derived from poly vinyl alcohol) was explored as a potential scaffold material for neural regeneration.
PGS is an excellent candidate material for neural reconstruction applications given its lack of in vitro Schwann cell toxicity and minimal in vivo tissue response.
The present study highlights graphene⿿s potential as a neural interfacing material for neural repair and regeneration and sheds light on the future biomedical applications of graphene-based nanomaterials.
These results demonstrate the attractiveness of 3D-nanostructured BDD as a novel material for neural interfacing, with potential applications for the design of biocompatible neural implants for the exploration and rehabilitation of the nervous system.
This dual regulation mode of MaSp1 could provide an alternative strategy for generating functional silk materials for neural tissue engineering.
Porous polymer scaffolds are promising materials for neural tissue engineering because they offer valuable three-dimensional (3-D) supports for the in vitro and in vivo axonal growth and tissue expansion.
The first report using these materials for neural research was the growth of embryonic rat brain neurons on multi-walled CNTs (Fig. 8b) [137].
In this study we tested two types of poly l/dl lactic acid (PLA95/5 and PLA70/30), a biodegradable material permissive for neural cell adhesion and growth, as materials for nerve regeneration.
The intention of this review is to outline new material advances for neural electrode arrays, in particular those that interface with the surface of the nervous tissue, as well as to propose future directions for neural surface electrode development.
