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Invetx is building the world’s premier biotechnology platform for protein-based therapeutics in animal health. We partner with best-in-class biotechnology companies to apply their deep expertise and extensive capabilities for the discovery and development of novel and advanced veterinary biotherapeutics.
Virtual Incision Corporation is a privately-held medical device company focused on developing an advanced, miniaturized robot for general surgery abdominal procedures, such as colon resections. Propelled by the knowledge that colorectal and lower gastrointestinal procedures are the fastest growing in the United States, Dr. Dmitry Oleynikov and Dr. Shane Farritor founded Virtual Incision in 2006. The company is a spin-out of the University of Nebraska, where Dr. Dmitry Oleynikov and Dr. Shane Farritor are currently based. John Murphy joined Virtual Incision in 2012 and is based in Pleasanton, California.
Just Evotec Biologics is an integrated design company that delivers advanced biotherapeutics discovery, CDMO capabilities and FIH to commercial manufacturing. They focus on accelerating and expanding access to biotherapeutics through scientific and tec...
Harmony Biosciences, LLC, is a private biopharmaceutical company headquartered in Plymouth Meeting, PA. The company was established in October 2017 with a vision to develop and commercialize novel treatment options for people living with rare diseases. With a focus on the central nervous system, including disorders of sleep and wakefulness, Harmony Biosciences is currently working to advance the understanding of narcolepsy and provide information and resources to people who live with, and healthcare professionals who treat, this chronic, debilitating neurologic disorder.
We have developed a high-sensitivity next-generation sequencing-based system for the detection of cancer mutations in miniscule concentrations of circulating cell-free DNA (cfDNA) in blood. Our technology addresses the significant barriers associated with harnessing the information contained in cfDNA by combining our proprietary techniques in molecular biology and computational algorithm for error suppression. With our technology, nanogram quantities of highly-fragmented cfDNA can be amplified more than 1000-fold, and a panel of tens to hundreds of cancer-related genes can be screened with a sensitivity at the single-digit molecular level.