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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.
Quadrant Laboratories is a subsidiary of Quadrant Biosciences, a life sciences company focused on improving the lives of children and families through innovative diagnostic, therapeutic, and virtual care solutions for global health priorities. Quadrant...
RareCyte is a company focused on characterizing and isolating rare cells from blood.
There are approximately 7,000 rare disorders worldwide. Each day more are being discovered. 95% of rare diseases have not one single FDA approved treatment. Glycomine develops therapeutics for diseases which have no treatment options.
REVOLUTION Medicines discovers and develops new drugs that harness the therapeutic potential of frontier oncology targets on behalf of cancer patients. Our innovative product engine draws inspiration from nature and evolution, which offer insights into cancer targets, disease mechanisms and therapeutic approaches. We pay particular attention to natural products that are inherently rich with biological function as a result of natural selection and can inform and guide our discovery and development of small molecules that can modulate these targets.