Adapting aligned, stabilised 3D tissues for large-scale neurobiological research

O'Rourke, Caitriona; Drake, Rosemary; Loughlin, Jane and Phillips, James (2014). Adapting aligned, stabilised 3D tissues for large-scale neurobiological research. In: Tissue and Cell Engineering Society Annual Conference 2014, 2-4 Jul 2014, Newcastle, p. 29.

URL: http://conferences.ncl.ac.uk/tces2014/conference/s...

Abstract

Recreating the 3D environment of the CNS using hydrogel matrices allows neurons and glial cells in vitro to behave similarly to their counterparts in vivo, providing a relevant tool for neurobiological studies. The overall aim is to develop robust 3D CNS tissue models engineered by a process of glial cell self-alignment and subsequently stabilised. Furthermore, these models have been developed for multi-well plate format at a scale suitable for high throughput screening. CNS tissue equivalents can be used to assess numerous aspects of the CNS in a reproducible, controllable and consistent manner.

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