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Highline Sciences is a specialized, full-service CRO and consultancy founded from within an oncology biotech to provide a better solution. We understand the gap between what you need and what you get from a traditional CRO and we’re here to improve the...
Ventria BioScience is a Sacramento, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Xcell Bio is a San Francisco-based life science company dedicated to bringing an innovative primary cell control solution to the immunotherapy market to support research, drug discovery, and cell manufacturing. Xcell`s mission is to democratize maintenance, expansion and control of any primary cell type through its bench-top primary cell control systems, reagent kits, software, and standardized protocols. The technology delivers simple control of primary cell types from blood or solid tissue, including a range of immune cells, stem cells, and tumor cells. This patient-centric technology offers a unique and proprietary capability to improve immunotherapy efficacy, safety, and persistence through more predictive and iterative therapy development and rapid, highly-controlled clinical cell manufacturing.
Minerva Neurosciences, Inc. (NASDAQ: NERV) is a clinical-stage biopharmaceutical company focused on the development of a portfolio of product candidates to treat central nervous system (CNS) diseases. Our goal is to transform the lives of patients with improved therapeutic options. Leveraging extensive domain expertise, we have identified and acquired or in-licensed a portfolio of development-stage proprietary compounds with what we believe are innovative mechanisms of action. Our executive management team includes globally recognized specialists in central nervous system diseases addressing significant unmet medical needs. Our strategy is based on the following key principles: • Develop differentiated products based on biological and clinical insights related to the unmet needs of patients; • Conduct proof-of-principle trials in geographic areas with well characterized and validated patient populations where we have access to highly trained physicians with experience in conducting CNS-related trials; • Leverage the randomized, double-blind, placebo-controlled data from these trials to advance the clinical development of our products in multiple regulatory jurisdictions; • Selectively explore collaborations with leading pharmaceutical companies to maximize the value of our current product candidate portfolio, particularly in connection with the initiation of pivotal Phase III clinical trials and subsequent regulatory review, approval and commercialization; • Apply our management team`s expertise and current intellectual property portfolio to identify and explore additional indications relating to our current portfolio of compounds and to acquire additional product candidates
Trevena is a publicly traded clinical stage biopharmaceutical company based in King of Prussia, PA, dedicated to the discovery and development of GPCR biased ligands. Established in late 2007, Trevena was created to translate groundbreaking research on GPCR signaling into a new generation of medicines. We have three programs in clinical development: TRV027, currently in phase 2 clinical testing for the treatment of acute heart failure; TRV130, currently in phase 2 testing for the intraveneous treatment of postoperative pain; and TRV734, currently in phase 1 testing for oral treatment of acute and chronic pain. In addition, Trevena has built an early-stage portfolio of drug discovery programs currently in lead optimization. G protein coupled receptors are the targets for more than 30% of all currently marketed therapeutics. There is significant opportunity to improve upon currently marketed GPCR drugs because many have limited efficacy and undesirable adverse effects, which can prevent broader use. Furthermore, many GPCRs are linked to diseases but cannot be translated into medicines because of specific target-related adverse effects. Trevena's biased ligand approach has the potential to address these problems across a wide range of receptors and therapeutic areas.