In situ, cells are highly sensitive to geometrical and mechanical constraints from their
microenvironment. These parameters are, however, uncontrolled under classic culture …

The ability to produce patterns of single or multiple cells through precise surface
engineering of cell culture substrates has promoted the development of cellular bioassays …

Neural progenitor cells were encapsulated in vitro within a three-dimensional network of
nanofibers formed by self-assembly of peptide amphiphile molecules. The self-assembly is …

The response of host organism in macroscopic, cellular and protein levels to biomaterials is,
in most cases, closely associated with the materials' surface properties. In tissue …

This review focuses on the application of nanomaterials for neural interfacing. The junction
between nanotechnology and neural tissues can be particularly worthy of scientific attention …

Advancements in the biomedical sector are dominating due to evolutions in healthcare
functions such as targeted drug and gene delivery, bio-adhesives for tissue transplantation …

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

Self-assembling, peptide-based scaffolds are frontrunners in the search for biomaterials with
widespread impact in regenerative medicine. The inherent biocompatibility and cell …

Abstract Three‐dimensional (3D) microperiodic scaffolds of poly (2‐hydroxyethyl
methacrylate)(pHEMA) have been fabricated by direct‐write assembly of a …

Repair of peripheral nerve injuries depends upon complex biology stemming from the
manifold and challenging injury‐healing processes of the peripheral nervous system. While …