John M. Peltier

Correlogic Systems, Inc. has pioneered the use of pattern recognition technologies for the development of proteomic, metabolomic and genomic based clinical prognostic and clinical diagnostic tests. The company has applied its proprietary software and sample preparation technologies to a wide range of high throughput bioassay platforms, including mass spectrometry, nuclear magnetic resonance spectrometry, nucleic acid arrays, and immunoassays. Correlogic's technologies have a wide range of applications for the creation of disease classification models, biomarker discovery, and new drug discovery processes. Correlogic's research, demonstrating results in cancer and non-cancer disease research, drug discovery, drug response monitoring, bio-security and other applications has been published in 13 peer-reviewed journals. Correlogic is also a clinical laboratory regulated under the Clinical Laboratory Improvement Amendments of 1988, designated to perform high complexity testing. Correlogic has entered into agreements to provide an ovarian cancer testing service in cooperation with the nation's two premier diagnostic laboratories, Quest Diagnostics and Laboratory Corporation of America.

Prolexys Pharmaceuticals, Inc. is a biopharmaceutical company focused on discovering small molecule drugs that act at novel therapeutic targets. The Company's therapeutic focus is on cancer and cardiovascular indications. Prolexys scientists have exploited proprietary proteomics-related techniques to rapidly and accurately identify drug candidates that interact with targets of interest. The result of targeted drug discovery work at Prolexys is a pipeline of product candidates with high value in areas of unmet medical need. Lead programs include: a) Solid tumor oncology program with a small molecule clinical candidate with selective anti-tumor activity, b) The colon cancer program with novel small molecule compounds targeting the beta-catenin signaling cascade and c) HSP20 antagonists, identified as protein interaction inhibitors from targets validated in asthma and vasorelaxation.