I have worked as a research scientist and biotechnology innovator and entrepreneur focusing on cell biology pertaining to oncology. The work has proven to be impactful in basic and translational applications. Notable contributions include the discoveries that the survival kinase and pivotal cancer drug target AKT directly phosphorylates caspase 9 regulating its activity. Other work showed for the first time that caspase cleavage of the stress kinase MEKK1 activates that proteins kinase activity. I helped to start and develop several biology companies including a publicly traded company, Merrimack Pharmaceuticals, that achieved FDA approval for pancreatic cancer therapy, Onivyde® Following that, with co-founders Eutropics Pharmaceuticals was founded to develop novel cancer therapeutics with a companion predictive biomarker diagnostic platform (PRIMABS -Dx). The Eutropics diagnostic platform provides a completely novel method for measuring cellular features of individual patient’s cancer cells that identify sensitivities to particular drug treatments. This platform has the potential to bring an innovative and impactful personalized medicine approach.
University of California, San Francisco, Graduate Division Fellowship 1991-1993 NRS
UCSF
National Research Service Award
Anna Fuller Foundation Fellowship in Molecular Oncology
MIT
Early Career Grant
Cystic Fibrosis Foundation " New Therapy Innovation"
Cystic Fibrosis Foundation
Protein interactions model to select treatments
DARPA Grant # MDA 972-00-1-0030 Micro/Bio/Info Biology Group Co-PI
MIT
Micro/Bio/Info Biology Group Co-PI
NCI/NIH Bridge Award: 1R44 CA203610-002A1 PI
Eutropics
SBIR Phase 2B Bridger "Developing PraediCAre Dx as Predicitive Biomarker for Treating AML