© 2021 Wiley Periodicals LLC.Nerve guidance channels (NGCs) promote cell-extracellular matrix (ECM) interactions occurring within the nanoscale. However, studies focusing on the effects of nanophase topography on neural cell functions are limited, and mostly concentrated on the sub-micron level (>100 nm) surface topography. Therefore, the aim of this study was to fabricate <100 nm sized structures on poly lactic-co-glycolic acid (PLGA) films used in NGC applications to assess the effects of nanophase topography on neural cell functions. For this purpose, nanopit surface arrays were fabricated on PLGA surfaces via replica molding method. The results showed that neural cell proliferation increased up to 65% and c-fos protein expression increa...
Accelerated neurite outgrowth of rat cortical neurons on a flexible and inexpensive substrate functi...
Here we describe our attempts to study the interaction of nanomodified surfaces with neurons and mac...
We fabricated a nanocomposite substrate made of nanofibers on micropillar arrays by photolithography...
IntroductionThere are various factors important in the design of nerve guidance conduits (NGCs) used...
Biophysical cues provided by nanotopographical surfaces have been used as stimuli to guide neurite e...
Promising strategies for treating diseases and conditions like cancer, tissue necrosis from injury, ...
The ability of surface topography to influence cellular response has been widely accepted, leading t...
It is well established that the behavior of neural cells is influenced by geometrical patterns in th...
Three dimensional, nanostructured surfaces have attracted considerable attention in biomedical resea...
The interface between living cells and artificial surfaces is highly relevant for biomedical applica...
Relative to two-dimensional (2D) culture, three-dimensional (3D) culture of primary neurons has yiel...
The interface between living cells and artificial surfaces is highly relevant for biomedical applica...
Axonal growth and guidance were studied on different micro- and nanostructured surfaces. Nanoimprint...
Various biophysical and biochemical factors are important for determining the fate of neural stem ce...
Manipulating neural stem cell (NSC) fate is of great importance for improving the therapeutic effica...
Accelerated neurite outgrowth of rat cortical neurons on a flexible and inexpensive substrate functi...
Here we describe our attempts to study the interaction of nanomodified surfaces with neurons and mac...
We fabricated a nanocomposite substrate made of nanofibers on micropillar arrays by photolithography...
IntroductionThere are various factors important in the design of nerve guidance conduits (NGCs) used...
Biophysical cues provided by nanotopographical surfaces have been used as stimuli to guide neurite e...
Promising strategies for treating diseases and conditions like cancer, tissue necrosis from injury, ...
The ability of surface topography to influence cellular response has been widely accepted, leading t...
It is well established that the behavior of neural cells is influenced by geometrical patterns in th...
Three dimensional, nanostructured surfaces have attracted considerable attention in biomedical resea...
The interface between living cells and artificial surfaces is highly relevant for biomedical applica...
Relative to two-dimensional (2D) culture, three-dimensional (3D) culture of primary neurons has yiel...
The interface between living cells and artificial surfaces is highly relevant for biomedical applica...
Axonal growth and guidance were studied on different micro- and nanostructured surfaces. Nanoimprint...
Various biophysical and biochemical factors are important for determining the fate of neural stem ce...
Manipulating neural stem cell (NSC) fate is of great importance for improving the therapeutic effica...
Accelerated neurite outgrowth of rat cortical neurons on a flexible and inexpensive substrate functi...
Here we describe our attempts to study the interaction of nanomodified surfaces with neurons and mac...
We fabricated a nanocomposite substrate made of nanofibers on micropillar arrays by photolithography...