Millipore Corporation Announces new ReNcell® Data from Collaboration with ReNeuron
News Jun 21, 2007
Millipore Corporation has announced the release of new data concerning its ReNcell neural stem cell lines. The research was conducted by the Department of Physiology at University College London and ReNeuron Group plc, whose ReNcell distribution agreement with Millipore was announced in 2006.
The data will be presented by Dr. Vi Chu, research & development scientist for Millipore’s Bioprocess Division, in a technology talk at the ISSCR meeting in Cairns, Australia on June 20, 2007.
The data conclude that the ReNcell lines, ReNcell VM and ReNcell CX, will continuously expand in monolayer culture. Both cell lines have the ability to differentiate into neurons, astrocytes and oligodendrocytes, and the researchers were able to differentiation the ReNcell VM line into electrophysiologically active dopaminergic neurons. The study was published in the May edition of BMC
Neuroscience and may be read in its entirety at: www.biomedcentral.com/1471-2202/8/36/abstract.
The ReNcell neural stem cell lines are immortalized human neural progenitor cells that have the ability to readily differentiate into neural cell types and will replicate indefinitely. ReNcell immortalized cells display the same marker patterns as normal cells and are able to grow and remain stable after culturing. These cells are important tools for the discovery of new therapies targeting diseases of the central nervous system.
Millipore’s Bioscience Division provides tools, services and biological reagents that drive advancements in biomedical and academic research as well as support the discovery and development of new pharmaceuticals.
The product portfolio has been further enhanced with the 2006 addition of Chemicon, Upstate and Linco product lines, allowing Millipore to provide the most complete offering of life science tools on the market. Our customers work in leading research laboratories across a variety of industries throughout the world. Millipore improves their laboratory productivity and efficiency through optimized workflows.
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