Vedanta Biosciences
Vice President Program Management
Crispr Therapeutics
Senior Director, Program Management
Sanofi Genzyme
Head Program Management, Global Medical Affairs at Sanofi Genzyme
Sanofi Genzyme 2016 - 2017
Director, Registry Program Manager, Global Medical Affairs , Rare Diseases
Sanofi Genzyme 2015 - 2016
Associate Director and Global Project Head, R and D Program Management
Education:
Babson College 2002 - 2006
Master of Business Administration, Masters
University of New Hampshire 1995 - 1997
Master of Science, Masters, Genetics
Pirogov Russian State Research Medical University 1990 - 1994
Doctorates, Bachelors, Doctor of Philosophy, Doctor of Medicine, Bachelor of Science, Biophysics
Russian State Medical University 1990 - 1994
Bachelors, Bachelor of Science, Biophysics
Skills:
Drug Discovery Molecular Biology Drug Development Biochemistry Strategy Cross Functional Team Leadership Life Sciences Pharmaceutical Industry Biotechnology Assay Development Leadership Cell High Throughput Screening Technology Transfer Ms Project Cro Genetics Protein Chemistry Lifesciences
Craig Thompson - Arlington MA, US Jeffrey Moore - Brookline MA, US Ed Buurman - Arlington MA, US John Bradley - St. Louis MO, US Thamara Desilva - Brookline MA, US Sandra Harris - Dayton NJ, US Svetlana Komarnitsky - Brookline MA, US Marc Mendillo - Brighton MA, US Daniel Moore - Medford MA, US Melissa McCoy - Arlington MA, US Karen Sanderson - Charlestown MA, US Tariq Haq - Norwood MA, US Shuhao Zhu - Waltham MA, US Fan Long - Waltham MA, US Eugene Davidov - Natick MA, US
Assignee:
Anadys Pharmaceuticals, Inc.
International Classification:
C12Q001/18
US Classification:
435/032000
Abstract:
The invention provides screening methods for detecting and identifying compounds that bind to fungal specific target proteins and nucleic acids, as well as compounds which, upon binding or otherwise interacting with the target protein, can inhibit fungal growth, a method of preventing or inhibiting fungal growth in culture, a method of preventing or inhibiting fungal growth in a mammal and a method of studying pathogenic mycetes using such nucleic acid and/or protein sequences. Particularly preferred is the inhibition of the fungus