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Xilio is a Waltham, Massachusetts-based biopharmaceutical company focused on defeating cancer. The company`s proprietary technology enables the explosion of therapeutic activity specifically within the tumor while reducing toxicity throughout the body – a nod to the company name, Xilio, derived from the Latin term, Ex Nihilo, meaning creation or big-bang. Xilio is applying its technology to build a broad pipeline of engineered antibodies, cytokines and chemokines as potential new options for people living with cancer.
Kurion creates technological solutions to minimize and stabilize nuclear and hazardous waste for safe, secure and permanent disposal. Kurion’s suite of waste separation, stabilization and robotic technologies are complemented by engineering and environmental services that together provide an execution platform to service the world’s largest nuclear and hazardous waste sites. Backed by venture capital firms Lux Capital, Firelake Capital and Acadia Woods Partners, the Kurion executive team employs a collective 150 years of industry experience managing nuclear and hazardous waste for commercial and government sites worldwide. Kurion is based in Irvine, Calif., and operates a technology development center at its radioactive materials licensed facility in Oak Ridge, Tenn.; a detritiation testing facility in Houston, Texas; two facilities in Richland, Wash., for non-radioactive demonstration testing, engineering and storage of mobile systems; and an office in Loveland, Colo. for engineering design and development.
Arteriocyte, Inc. is one of the leading companies in the Healthcare, Pharmaceuticals, and Biotech sector.
454 Life Sciences' system enables one individual to prepare and sequence an entire genome after performing a single sample preparation, irrespective of the size of the genome being studied. The hallmark of 454 Life Sciences' technology is the
Retrophin is a biopharmaceutical company focused on the discovery, acquisition, development and commercialization of drugs for the treatment of debilitating and often life-threatening diseases for which there are currently limited patient options.