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Changing how we grow with plant cell cultures.
Alsius Corporation (Alsius) is a commercial-stage medical device company that develops, manufactures and sells products to precisely control patient temperature in hospital critical care settings. The Company operates through its wholly owned subsidiary,
Quintiles is a Cambridge, MA-based company in the Healthcare, Pharmaceuticals, & Biotech sector.
Singlera Genomics Inc., a fast growing company focusing on non-invasive genetic testing, was co-founded in July 2014 in San Diego, California by Professor Yuan Gao (Johns Hopkins University), Professor Kun Zhang (University of California at San Diego), Mr. Jiangli Zhang (CEO), Mr. Qiang Liu (COO), and Dr. Rui Liu (CTO). The company currently has an R&D center in La Jolla, California, and a business and clinical operation site in Shanghai, China. Singlera has proprietary technologies in single cell sequencing, DNA methylation and bioinformatics. In the past decade, Professor Gao, Professor Zhang and Dr. Liu have made outstanding achievements in their respective scientific research fields, and have published hundreds of research papers in top level scientific journals. These publications include 20+ papers in Cell, Nature, and Science. In recent years Professor Gao, Professor Zhang, and Dr. Liu have expanded their efforts to translational diagnostics, and have applied their expertise to develop genetic tests. Singlera is committed to the application of Next Generation Sequencing technologies, to diagnose genetic diseases and disorders. Singlera`s main products and services include tumor diagnosis and personalized treatment, non-invasive prenatal diagnosis, pre-implantation genetic screening, and customized scientific research services. Singlera is dedicated to the development of precision medicine, striving to help the patients through early, accurate and informative diagnoses.
RoosterBio is a Maryland-based biotechnology company founded in 2012 and focused on the simplification of translating Cell Therapy and Tissue Engineering technologies into the clinic and onto the market. Regenerative Medicine is showing great promise in the clinic, but the cost, availability, and standardization of the cellular materials from which researchers can perform experiments and clinical trials is holding the field back.