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Teewinot Life Sciences is a global biopharmaceutical company focused on the biosynthetic production of pure pharmaceutical grade cannabinoids. Teewinot has developed patent protected processes for production of pure cannabinoids by means of biocatalysis and synthetic biology. Teewinot has also developed patent protected cannabinoid formulation technology all with the goal of improving human therapies. Headquartered in Tampa, Florida, Teewinot manufactures and licenses technology to make cost-effective and pharmaceutically pure cannabinoids. We are an industry leader in support of advancing medical research and product development. Teewinot`s global technology and intellectual property represent a breakthrough in the creation and delivery of cannabinoid-based medicines.
ChemBridge Research Laboratories (CRL) is a San Diego, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
SkinMedica, Inc. is a Carlsbad, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Batu Biologics is a biotechnology-based pharmaceutical company focused on the development and commercialization of novel therapies that target the “Achilles Heel of Cancer:” the tumor blood vessels. Batu’s flagship therapeutic, ValloVax™, is an angiogenesis targeting cancer vaccine in the late stages of preclinical development. Batu Biologics plans to file an Investigational New Drug (IND) application for ValloVax in Q1 of 2015, seeking clinical approval to treat patients with lung cancer.
Gritstone bio brings together a group of distinguished scientific founders and advisors, a highly experienced and diverse leadership team and a seasoned and successful board of directors to tackle fundamental challenges at the intersection of cancer genomics, immunotherapy and other precision therapy areas, specifically in COVID-19 and HIV. With our unique approach to immuno-oncology and infectious diseases, we seek to generate a therapeutic immune response by leveraging insights into the immune system`s ability to recognize and destroy diseased cells by targeting select antigens. We started with a focus on tumor-specific neoantigens and more recently extended our programs to include viral antigens displayed on the surface of virus-infected cells. The biology underlying immune system recognition of targets on the surface of abnormal cells is common to both anti-tumor and anti-viral immunity. Consequently, we believe that activating and directing the immune system to these targets could offer an important opportunity to extend the benefits of immunotherapy for more patients.