Reinnervate is part of the Reprocell Group

Reinnervate Ltd is now part of the ReproCELL Group of companies

Reinnervate Ltd is pleased to announce that it is now part of the ReproCELL group. ReproCELL, a Jasdaq-quoted stem cell company, acquired 100% ownership of Reinnervate Ltd in July 2014. At the same time, ReproCELL also acquired BioServe Inc (Maryland, USA) the global supplier of Human Tissues and serum samples for basic and pre-clinical research.



Latest news from Reinnervate


Reprocell Group to exhibit at three forthcoming meetings

Reinnervate News

The Reprocell Group is to exhibit a range of products at the following meetings:

http://elrig.org/portfolio/research-innovation-2015/ – 18th March 2015

http://www.congress.stemcells.nrw.de/en/program-speakers.html – 21-22 April 2015

http://www.isscr.org/home/annual-meeting/isscr2015 – 24-27th June 2015


New paper demonstrates formation of spontaneously active neuronal networks by stem cell derived neurons in 3D Alvetex Scaffold culture system.

Alvetex News

A recently published paper by Smith et al demonstrates the use of the Alvetex platform to culture 3D differentiated human neural stem cells. The cells formed spontaneously active, functional neuronal networks which were not seen in an otherwise comparable 2D culture system. The 3D neural networks responded reproducibly to pharmacological treatments revealing functional glutamatergic synapses. Further imaging analysis revealed a neuronal and glial population, where markers of maturity were apparent in the former. Microrarray analysis of the cultures of the 3D and 2D neuronal cultures showed substantial differences in the gene expression profile of genes coding for neuronal function, extracellular matrix and cytoskeleton.

The authors conclude that culturing differentiated neural stem cells in Alvetex offer significant advantages over conventional 2D culture including cost savings and enhanced physiological relevance for pharmacological and toxicological assay used by neuroscientists.

Paper: Human neural stem cell-derived cultures in three-dimensional substrates form spontaneously functional neuronal networks

Imogen Smith, Vasco Silveirinha, Jason L. Stein, Luis de la Torre-Ubieta, Jonathan A. Farrimond, Elizabeth M. Williamson and Benjamin J. Whalley

JOURNAL OF TISSUE ENGINEERING AND REGENERATIVE MEDICINE
Published online: 25 Feb 2015
DOI: 10.1002/term.2001


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