ImQuest Scientists Present Important HIV Microbicide Development Results at Microbicides 2008 in De...( FREDERICK Md. April 8 2008 /- ImQ...),Health

FREDERICK, Md., April 8, 2008 /PRNewswire/ -- ImQuest scientists Robert W. Buckheit, Jr., Ph.D. and Karen M. Watson, M.S. presented the results of studies performed with products licensed by ImQuest Life Sciences, Inc. at the recent Microbicides 2008, an international conference held in New Delhi, India and attended by microbicide scientists, developers, and care givers from around the world. Dr. Buckheit was invited to speak by the Conference organizers, presenting the results of ImQuest's current research on the pyrimidinedione series of microbicide candidates in a special symposium entitled "New Approaches to Microbicide Candidates". ImQuest is currently developing the highly unique, dual acting pyrimidinediones as potential microbicide candidates based on their significantly high potency against HIV-1, their unique mechanism of action, and their ability to potently suppress the sexual transmission of wild type and drug resistant viruses.

According to Dr. Buckheit (Executive Vice President and Chief Scientific Officer of ImQuest Life Sciences, Inc., and President of its subsidiary, ImQuest BioSciences, Inc.), "It was highly gratifying to speak on our novel pyrimidinedione products at this Conference and to have them recognized as a new approach to HIV prevention by the thousands of dedicated people leading these efforts around the world." ImQuest has obtained funding from the National Institutes of Health and The International Partnership for Microbicides to further develop these products.

At the conference, Ms. Watson (Manager, Topical Microbicide Research and Development) presented three papers, including additional data on the pyrimidinedione IQP-0528, newly emerging data on the microbicide candidate ISIS 5320 (IQP-0831), and results from laboratory studies performed using ImQuest's recently developed Microbicide Transmission and Sterilization Assay which quantifies the ability of microbicide products to completely suppress the sexual tran
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