Cenix BioScience Expands Relationship with AstraZeneca, Signing Multi-Project Research Agreement
News Jun 26, 2009
Cenix BioScience GmbH has announced that they have signed a new multi-project research agreement with AstraZeneca, thereby expanding their relationship beyond its initial oncology focus, to now include respiratory and inflammation-related indications.
The new agreement calls for Cenix to complete at least three major projects applying same platform for RNAi-based research that has now been utilized by major industry clients and partners in the EU and North America.
The work will integrate multi-pass genome-scale screens for the discovery of novel therapeutic target candidates with detailed validation analyses, all using a number of primary human cell types.
Cenix will adapt assays initially developed by AstraZeneca scientists, combining several complementary technology platforms including automated microscopy with Cellenger-based image analysis, to optimize their implementation as high throughput RNAi studies in 384-well and/or 1,536-well formats.
“We particularly welcome the approach chosen by AstraZeneca here, of tightly integrating the discovery screens with subsequent validation studies, a strategy that we have been strongly advocating for some years,” said Dr. Christophe Echeverri, CEO/CSO of Cenix. “We also greatly appreciate and value the continuing trust that is manifested by this expanded relationship, whose full potential we look forward to realizing together in the months and years to come.”
Financial terms were not disclosed.
Breakthrough Leads to New Research Into Cancer Treatment for ChildrenNews
The new form of treatment is based on the protein molecule named CD40, which destroys cancerous tumours without harming healthy cell tissue.READ MORE
Gene Associated with Schizophrenia Risk May Regulate NeurodevelopmentNews
The gene is involved in the translation of proteins from RNA and in the proliferation and migration of neurons in the brain.READ MORE
Regenerating Tissues with Gene-targeting MoleculesNews
Stem cells can be triggered to change into heart muscle cells by a new method involving synthetic molecules.READ MORE