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Texcell NA is a Frederick, MD-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
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.
TG Therapeutics is a biopharmaceutical company focused on the acquisition, development and commercialization of novel treatments for B-cell malignancies and autoimmune diseases.
Smith-Sterling Dental Laboratories is a Miami, FL-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Symic is developing a new category of therapeutics that offer an exciting and biologically innovative approach to treating disease. While it is clear that cells play an important role in tissue inflammation and regeneration, it is also known that the extracellular matrix (ECM) plays an equally critical role in maintaining healthy tissue. The ECM is the non-cellular component of the body’s tissues, and proteoglycans are important structural and functional macromolecules native to the ECM that are known to protect against tissue degradation and promote healing during illness or injury. Recognizing the importance of proteoglycans in many acute and chronic disease states, Symic developed a library of proprietary, ECM-specific compounds that mimic the protective effect of natural proteoglycans. For controlled injuries (e.g. incisions, balloon angioplasty), Symic’s ECM-specific compounds allow for local application, enhancing their ability to attenuate inflammation and reduce scarring only at the site of injury. In disease states known for chronic inflammation involving the ECM (e.g. cartilage in osteoarthritis), Symic’s technology can disrupt the cycle of degradation-inflammation by directly targeting and protecting the injured ECM. The ECM plays a critical role in many acute and chronic disease states, many of which have limited or no effective therapeutic options. Symic plans to advance its compounds in a variety of therapeutic areas with unmet clinical needs.