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Merrimack is a biopharmaceutical company discovering, developing and preparing to commercialize innovative medicines paired with companion diagnostics for the treatment of cancer. Merrimack seeks to gain a deeper understanding of underlying cancer biology through its systems biology-based approach and develop new insights, therapeutics and diagnostics to improve outcomes for cancer patients. Merrimack has multiple oncology therapeutics in clinical development and additional candidates in late stage preclinical development. Merrimack has a New Drug Application under review for its lead product candidate, MM-398, for the treatment of patients with metastatic adenocarcinoma of the pancreas who have been previously treated with gemcitabine-based therapy.
Omicia is unlocking the potential of individualized medicine. Our mission is to help researchers and clinicians understand and apply the most relevant information from personal genome sequences, to improve disease management and medical outcomes. Researchers and clinical diagnostic organizations use our solutions to analyze and identify the genetic basis of a variety of conditions, including childhood disease, cancer and cardiovascular disease. Opal™, the leading platform for fast, accurate and flexible genome analysis, enables clinicians, researchers and bioinformaticians alike to derive clinically relevant insights from genomic data. VAAST, our robust novel disease gene finder and variant scoring algorithm, is in use at more than 300 academic and clinical institutions including the NIH, the University of Oxford, the University of Cambridge, Seattle Children’s Research Institute, Institut Pasteur, University of Maryland Institute for Genome Sciences, and UCSF.
Somatic Therapies is a Grand Junction, CO-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
BionorImmuno is a Bethesda, MD-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Dren Bio is a San Carlos, CA based biotechnology company, developing power protein-based technologies to deplete pathogenic cells and agents in numerous diseases.