Once a protein target has been validated for therapeutic intervention, the challenge is to find lead molecules that will ligand to the target in a productive fashion. In the last decade, high throughput screening (HTS) has been used as a standard method for generating chemical matter with some notable successes. However, where structural information is available and HTS is not readily applicable, an alternate approach to lead finding can be taken.
Come join Henry W. Pauls from Campbell Family Institute for Breast Cancer Research, Therapeutics, as he discusses:
Dr Pauls’ presentation will highlight pharma and biotech industry cases and lay the groundwork for a discussion on the use of structure-based design on lead generation and optimization in the search for novel therapeutic compounds.
Presenter: Dr. Henry W. Pauls
Director, Medicinal Chemistry
Campbell Family Institute for Breast Cancer Research, Therapeutics
Dr. Pauls received his Ph. D. from Duke University where he explored the use of synthons from the carbohydrate chiral pool for natural products synthesis. This was followed by stints at Syntex's Bioorganic Chemistry Department (NSERC Postdoctoral Fellowship) and Allelix Biopharmaceuticals in Canada. During this time he was involved in the design of mechanism-based inhibitors of serine and cysteine proteases.
In 1990 he joined Rhone-Poulenc Rorer (currently Sanofi-Aventis-New Jersey site) where he held Section Manager and Chemistry Team Leader positions in Medicinal Chemistry. Dr. Pauls' research activities at Aventis centered on the structure based design and synthesis of novel inhibitors of trypsin like serine protease. As leader of the factor Xa and trypase projects he was involved in the discovery and development of novel clinical candidates for the treatment of thrombosis and asthma respectively.
Henry returned to Canada in 2003 to join Affinium Pharmaceuticals as Senior Director of Medicinal Chemistry. Affinium's mandate was the structure based discovery and development of new classes of antibacterial agents. Novel enoyl-ACP reductase inhibitors identified during his tenure as project leader have been selected for clinical microdosing studies. Dr. Pauls recently joined the Campbell Family Institute for Breast Cancer Research as Director of Medicinal Chemistry in the therapeutics group.
The Drug Development Discussion Group (DDD Group) is an informal moderated forum bringing together research professionals and clinicians interested in drug development.
Think of DDD Group as a Journal Club focused on global drug development issues; a place to hear candid comments from the practitioners in the field, a chance to debate and develop a rapport with industry and academic professionals you do not necessarily deal with on a daily basis.
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