November 12, 2013: Austrianova announces multi-million dollar deal with Nuvilex, Inc
Austrianova, an independent living cell encapsulation company based in Singapore would like to announce today that Nuvilex, Inc, an international biotechnology company providing cell and gene therapy solutions for the treatment of various diseases, has acquired the exclusive world-wide rights to use Austrianova’s cellulose-based live-cell encapsulation technology for the development of certain cell-type based treatments for diabetes in a multi-million dollar deal.
“We are very excited by these developments,” said Brian Salmons, CEO of Austrianova. “We believe that Nuvilex is an ideal partner to bring this product successfully through clinical trials and to the market, based on the skills of its experienced management team.” Prof. Walter H Gunzburg, Group Executive Chairman, said “diabetes has always been the holy grail of encapsulation. The out-licensing of the Cell-in-a- Box® based encapsulation technology for the indication of diabetes represents a major step forward for one use of this unique technology platform and validates the data we have obtained with the technology so far. “
Austrianova Singapore Pte. Ltd., a member of the SG Austria group of companies, has been leading the development of novel living cell encapsulation (“Cell-in-a- Box® “) technologies from its headquarters at Biopolis, Singapore, since 2007. The company’s unique technology protects the encapsulated living cells from rejection by the immune system and allows cells to be easily transported, stored, and implanted at specific sites in patients. The technology, which has been proven to be safe in clinical trials carried out in Europe, allows companies to develop one generic cell line for use as a living pharmaceutical agent in all patients suffering from a particular disease. For more information please browse through our website..
GMP Production of Cell Banks, Fill and Finish and Cryopreservation of Cell and Cell-derived Products
Micro-encapsulation of living cells for immuno-protection and localization in patients