Ipsen

NEW YORK (GenomeWeb News) – The French government has provided €13.4 million ($17.4 million) to fund the Innovative MODels Initiative (IMODI), a partnership aimed at facilitating the development of new cancer treatments.

NEW YORK (GenomeWeb News) – French biotechnology firm Rarecells today announced that Ipsen and Institut Gustave Roussy, has selected its ISET technology for a study into patients with prostate cancer.

The collaboration will leverage Ipsen's broad portfolio of compounds and BioMérieux's diagnostic tests and focus on prostate and breast cancers, neuroendocrine tumors, and pituitary tomors.

While a handful of pricey deals have dominated the headlines, a handful of other companies over the past year have formed more modest collaborations to see whether they can take advantage of RNAi as a therapeutic modality.

Among these is a deal between Dicerna Pharmaceuticals and Japan's Kyowa Hakko Kirin, which announced this week that they have expanded their drug-development partnership to include work in immunologic and inflammatory diseases.

Rosetta Genomics top executive said this week that the firm expects to forge at least one strategic partnership by year end, although he did not specify whether it would be around its diagnostics, drug research biomarker, or therapeutics efforts.

The companies will combine Dicerna's Dicer-substrate technology with Ipsen's peptide-based targeting vectors, which they said will allow cell-specific, intracellular delivery of the RNAi molecules.

The Associated Press reports that the US government wasted $341,000 on travel by former Health and Human Services Secretary Tom Price.

Women who post YouTube science videos get more critical comments and more comments about their appearance than male video hosts, the New York Times reports.

The Wall Street Journal writes that participating in genetic research brings up the specter of past research ethics lapses for some African Americans.

In PLOS this week: sequences influencing yeast prion aggregation or degradation, dengue virus genetic variants affect transmission dynamics, and more.