A bio-inspired neural environment to control neurons comprising radial glia, substrate chemistry and topography

P Roach, T Parker, N Gadegaard… - Biomaterials science, 2013 - pubs.rsc.org
Achieving alignment of cells is key to the success of regenerative strategies of neural tissue.
We report a high-throughput method to investigate neural cell response to surface chemistry …
被引用次数：30 相关文章

A bio-inspired neural environment to control neurons comprising radial glia, substrate chemistry and topography.

P Roach, T Parker, N Gadegaard… - Biomaterials …, 2012 - europepmc.org
Achieving alignment of cells is key to the success of regenerative strategies of neural tissue.
We report a high-throughput method to investigate neural cell response to surface chemistry …

A bio-inspired neural environment to control neurons comprising radial glia, substrate chemistry and topography

P Roach, T Parker, N Gadegaard… - Biomaterials …, 2013 - pubmed.ncbi.nlm.nih.gov
Achieving alignment of cells is key to the success of regenerative strategies of neural tissue.
We report a high-throughput method to investigate neural cell response to surface chemistry …

A bio-inspired neural environment to control neurons comprising radial glia, substrate chemistry and topography

P Roach, T Parker, N Gadegaard… - Biomaterials …, 2013 - eprints.gla.ac.uk
Achieving alignment of cells is key to the success of regenerative strategies of neural tissue.
We report a high-throughput method to investigate neural cell response to surface chemistry …

[引用][C] A bio-inspired neural environment to control neurons comprising radial glia, substrate chemistry and topography

P Roach, T Parker, N Gadegaard, MR Alexander - 2012