User:Anne Deslattes Mays

To apply computational methods, utilizing large scale quantitative information, whether transcriptomic, proteomic, or metabolomic, that enable the elucidation of signal transduction networks and responses to stress including inflammatory and disease stress. The ultimate objective is to find those biochemical molecules that when eliminated improve either the phenotype or the health of the plant or patient in response to those stressors. This work area is translational research, shortening the time from bench to bedside or bench to field. These computational methods can be universally applied from mammalian to botanical species.

Specialties Large Scale Systems Design. Biology. Mathematics. Biostatistics. High Performance Computing. Education B.Sc Mathematics, McGill University, 1985 M.Sc. Computer Science, Johns Hopkins University, 1990 M.Sc. Tumor Biology, Georgetown University, 2010 PhD candidate, Georgetown University, 2012

Experience Contel ASC,Satellite Communications Engineer, 1985-1989 IGEN, Software Engineer, 1989-1990 MITRE, Member of Technical Staff, 1990-1995 ICTI, Software Consultant, 1995-1996 US Air, Software Consultant, 1995-1996 TIGR, Software Engineer, 1997-1998 Celera, Director, Software Systems, 1998-2007 SB Research, LLC, Software Imagineer, 2007-present