The nervous system is a crucial component of the body and damages to this system, either
by injury or disease, can result in serious or potentially lethal consequences. An important …

The fabrication of cytocompatible and porous three-dimensional (3D) biomaterial scaffolds is
one of the main goals of neural tissue engineering. Silk fibroin 3D scaffolds from mulberry …

The repairing process in the nervous system is complicated and brings great challenges to
researchers. Tissue engineering scaffolds provide an alternative approach for neural …

Abstract Three dimensional (3D) bioprinting, which involves depositing bioinks (mixed
biomaterials) layer by layer to form computer-aided designs, is an ideal method for …

Targeting the brain cavity formed by an ischemic stroke is appealing for many regenerative
treatment strategies but requires a robust delivery technology. We hypothesized that self …

Aim: This in vitro and in vivo study reports on silk fibroin (SF) scaffold, functionalized for in
situ delivery of GABA and/or allopregnanolone (ALLO), as biomaterial for potential …

Abstract Three‐dimensional (3D) porous scaffolds combined with therapeutic stem cells play
vital roles in tissue engineering. The adult brain has very limited regeneration ability after …

Injuries of the nervous system occur commonly among people of many different ages and
backgrounds. Currently, there are no effective strategies to improve neural regeneration; …

Ischemic stroke results in severe disabilities due to extensive cellular loss and the resulting
impairment of brain functions. Current methods for regenerating brain tissue are ineffective …

Neural tissue repair and regeneration strategies have received a great deal of attention
because it directly affects the quality of the patient's life. There are many scientific challenges …