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ARCA was founded on the belief that a precision medicine approach to drug development, tailoring medical treatment to the individual genetic characteristics of patients, can enable more effective therapies, improve patient outcomes and reduce healthcare costs. ARCA`s lead development program is intended to be a direct implementation of those ideas. Gencaro™ (bucindolol hydrochloride) is being developed as a potential treatment for atrial fibrillation (AF). ARCA has identified genetic variations in cardiac receptors that we believe may predict individual patient response to Gencaro™, giving Gencaro™ the potential to be the first genetically-targeted prevention treatment for AF. ARCA is also developing rNAPc2 as potential treatment for RNA-associated diseases, initially focused on COVID-19.
CERN Foundation is a Dayton, OH-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Seven Bridges is the industry-leading unified bioinformatics solutions company accelerating precision medicine by enabling the understanding of biomedical data. Our platform, analytic tools, and services expertise are driving discovery and drug development at the world`s leading academic, biotechnology, government, hospitals, and pharmaceutical entities. Through our collaboration with the largest genomics projects, we connect the world`s biomedical information to enable the most efficient analysis at scale.
Encoded Therapeutics Inc. is a biotechnology company advancing precision medicines for a broad range of genetic disorders. Our mission is to unlock new opportunities for viral gene therapy through genomics-driven discovery. We focus on delivering life-changing advances for individuals with genetic disorders not addressable with current approaches.
Curran Biotech is a materials manufacturing company that provides nano coatings to biochemical, chemical, energy and construction industries including water-repellent coatings for fabrics, canvas, tarps, and glass. Our hydrophobic coatings are specifically designed to improve the nature and quality of the substrates by preventing water-substrate interactions. The technology was developed in the materials/chemistry labs (Institute for Nano Energy) of the physics department at the University of Houston and started commercialization in 2013.