Amarna Therapeutics and TNO Announce SVac Research and Develment Partnershipop
News Jun 23, 2009
Dutch biotechnology company Amarna Therapeutics B.V. and the Netherlands Organization for Applied Scientific Research TNO have announced that they have entered into a collaboration agreement to further develop Amarna’s viral gene delivery platform SVac.
Under this agreement, TNO will develop novel methods for the manufacture, formulation and testing of viral gene delivery systems such as the SVac platform of Amarna. The collaboration is partly supported by a co-financing initiative aimed at developing innovative technologies.
“We are very pleased to work with TNO”, said Ben van Leent, CEO of Amarna Therapeutics. “We have developed a revolutionary novel viral gene delivery vector platform technology SVac for producing human therapeutics that have the potential to save lives and improve the quality of life for millions of people worldwide that are suffering from life-threatening or severe chronic diseases. The technology is now available to address the major diseases of our time including genetic disorders, autoimmune diseases, allergies and cancer. Amarna Therapeutics acts at the forefront of the therapeutic vaccination and gene therapy markets. Both markets are rapidly growing to reach an estimated 40 billion Euro’s in 2015. I’m convinced that the therapeutics in our pipeline all have blockbuster potential. The partnership with TNO enables us to initiate the first time in man clinical trials with one of our lead therapeutics in 2010.”
“The partnership between TNO and Amarna allows us to expand our pre-clinical development services into the extremely important therapeutic area of viral vector and gene delivery technologies and is yet another important step in our establishment of a fully integrated and highly innovative package of biopharmaceutical development capabilities” says Menzo Havenga, Managing Director of Biosciences at TNO.
Researchers have developed an artificial enzymatic pathway for synthesizing isoprenoids, or terpenes, in E. coli. This shorter, more efficient, cost-effective and customizable pathway transforms E. coli into a factory that can produce terpenes for use in everything from cancer drugs to biofuels.READ MORE