| Name | Title | Contact Details |
|---|---|---|
David Demsey |
Head Of Information Security and Infrastructure | Profile |
Bolt Biotherapeutics is a start-up with compelling technology from Dr. Engleman`s Lab at Stanford University, which demonstrated complete cures in numerous cancer models.
INC Research is a leading global contract research organization (CRO) providing the full range of Phase I to Phase IV clinical development services for the world's biopharmaceutical and medical device industry. As a therapeutically focused CRO, with a Trusted Process(R) delivery methodology, developing the medicines people need is something we take personally. Leveraging the breadth of our service offerings and the depth of our therapeutic expertise across multiple patient populations, INC Research connects customers, clinical research sites and patients to accelerate the delivery of new medicines to market to improve world health. We were ranked ""Top CRO to Work With"" by sites worldwide in the 2013 CenterWatch Global Investigative Site Relationship Survey. INC Research is headquartered in Raleigh, NC, with operations across six continents and experience spanning more than 100 countries.
Intrexon Corporation is a privately held synthetic biology company that employs modular DNA control systems to enhance capabilities, improve safety and lower cost in human therapeutics, protein production, industrial products, agricultural biotechnology, and animal science.
Elevian develops regenerative medicines that target root-cause aging mechanisms. We are a spin out from Harvard, led by a team of serial entrepreneurs and Harvard scientists.
IMIDomics is a biotechnology company focused on Patient-Centric drug discovery for immune-mediated inflammatory diseases (IMIDs). Our goal is to discover new and impactful IMID drugs by focusing on carefully selected patients, and stratifying populations to identify those most likely to respond. IMIDomics is powered by a unique Clinical Discovery EngineTM, which integrates and analyzes proprietary clinical, epidemiological and patient-derived biomolecular datasets, generated in partnership with the Vall d`Hebron Institute of Research, to establish a deeper understanding of IMID diseases. By doing so, IMIDomics has identified previously unrecognized targets, six of which have been selected for development. By relying on access to well-defined patients and their clinically relevant samples, IMIDomics enhances the probability of successful IMID drug discovery and development for those in need.