Oxford Genome Sciences and Amgen to Jointly Discover Novel Therapeutic Antibodies in Cancer
News Dec 19, 2007
Oxford Genome Sciences (UK) Ltd “OGeS” announced that it has entered into a strategic collaboration with Amgen to discover, develop and commercialize therapeutic antibodies for the treatment of cancer. This new collaboration will enable OGeS to further strengthen its pipeline of fully human therapeutic antibodies (mAbs) in cancer based on the target discovery capabilities of its unique OGAP® database.
Under the collaboration, OGeS and Amgen will jointly discover novel antibodies for the treatment of cancer. The companies will generate fully human antibodies using Amgen’s XenoMouse® technology, which was acquired through its acquisition of Abgenix.
These antibodies will be raised against the novel druggable targets that OGeS has identified through its unique Oxford Genome Anatomy Project (OGAP®) database. OGAP has been developed into the world’s largest cancer protein database, to discover novel clinically relevant drug targets and diagnostics.
The agreement covers up to six oncology programmes. Amgen will have the right to select up to three programmes, while OGeS will retain rights to the remainder. Once Amgen has produced the initial antibody leads, OGeS will carry out the initial pre-clinical assessment of each antibody programme.
Dr Christian Rohlff, CEO of OGeS, commented: “I am very happy to be collaborating with Amgen in our effort to discover and develop novel fully human antibodies for the treatment of cancer. I am confident that by using our complementary expertise we will be able to develop a promising and valuable pipeline of antibodies.
This significant new deal, together with our existing Medarex collaboration, further underpins OGeS’ transition from a target discovery to a product development company and is an important step in our ambition to become a key player in the field of therapeutic antibodies for the treatment of cancer.”
As the world struggles to meet the increasing demand for energy, coupled with the rising levels of CO2 in the atmosphere from deforestation and the use of fossil fuels, photosynthesis in nature simply cannot keep up with the carbon cycle. In a recent paper, researchers report significant progress in optimizing systems that mimic the first stage of photosynthesis, capturing and harnessing light energy from the sun.