Galapagos Genomics NV, the Belgian
functional genomics company, and
Procter & Gamble Pharmaceuticals (P&GP), a division of The
Procter & Gamble Company (NYSE: PG – news) today announced a collaboration in which P&GP will use Galapagos’
adenovirus technology as a tool to validate the utility of
genes as new
drug targets.
Under the terms of the agreement,
Galapagos will supply P&GP with adenoviral
vectors containing human
genes selected by P&GP researchers. Galapagos will construct the recombinant adeno
viruses using its PhenoSelect ®
Expression platform. P&GP will use these
viruses to introduce and express newly discovered genes into human
cells in vitro and to evaluate the function of the
proteins encoded by the genes. Financial terms of the collaboration were not disclosed.
“This very promising collaboration again emphasizes the competitive position of Galapagos in the
functional genomics field and demonstrates the growing interest from the pharma and biotech industry in our proprietary adenoviral platform for target discovery and
validation,” said Onno van de Stolpe, Galapagos’ CEO. “We are ple ased to contribute to P&GP’s selection of most viable drug targets in its research program. The data generated in this collaboration will enable P&GP to efficiently prioritize their collection of drug targets and maximize their
drug discovery efforts.”
“This collaboration adds to our armamentarium of methods to move quickly from genomic information to the invention of important new therapeutic agents across our areas of interest in
drug development” said Dr. Gordon Hassing, Procter & Gamble Vice President,
Research and Development, Global Pharmaceuticals.
The use of
adenovirus technology has been demonstrated to be particularly useful in the
functional characterization of genes. Although there are other approaches to identify genes or gene products that are associated with a particular disease, they do not establish a causal relationship between gene and function. Recombinant adenoviral technology is a cost-effective method that directly associates human genes with phenotypic changes such as
morphology, motility, proliferation, differentiation,
signal transduction, enzyme and transport activity.