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Precision BioSciences is a publicly held biotechnology company dedicated to improving life through its next generation gene editing technology, ARCUS. Precision`s cell therapy, gene therapy, and agriculture programs are based on the proprietary ARCUS gene editing platform, which features coordinated target site binding and DNA cutting to ensure precise edits. Our team includes pioneers in genome engineering, biotech business leaders, and a growing staff of committed Precisioneers. We work together in our beautifully designed, award-winning space in vibrant downtown Durham, NC; a place with great restaurants and museums as well as fantastic housing and schools. Precision provides all employees a sense of purpose, thoughtfully designed laboratory and office spaces, and opportunities to train and grow – not to mention plentifully stocked kitchens and fantastic benefits. At Precision BioSciences, we are excited to work together toward improving lives by realizing the potential of gene editing.
Excision BioTherapeutics is a private company focused on developing advanced gene editing therapeutics to address the medical need for the treatment of life-threatening disease caused by viral infections. Our mission is to advance gene editing therapeutics for our indications into safe and efficacious medicines that will greatly improve the lives of infected individuals around the world.
Ecovative uses biology to solve fundamental human needs at industrial scales and in consumer applications. Ecovative uses mycelium to grow category defining products ranging from leather like textiles to sustainable packaging to high performance foams for apparel and beauty.
Hygiena is a Camarillo, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
What if we told you that our bodies make use of only a few hundred different signaling pathways to control all of our 20,000 or so genes. We call it the gene circuitry code, unique for every gene in our body. CAMP4 has built a proprietary 4-D Gene Circuity Platform to codify the discrete set of combinatorial rules used by any human cell type central to disease pathology. By applying the power of computational biology and machine learning algorithms, CAMP4 is able to rapidly solve for druggable targets to control the output of any disease gene of interest.