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Brii Biosciences (Brii Bio) is a company committed to serving patients` needs and improving public health in China. Founded in early 2018, the company focuses on accelerating innovation and optimizing access to the latest medicines for Chinese patients. Brii Bio helps global partners drive growth and improve return on investment through better understanding of Chinese healthcare systems and access to the world`s second largest pharmaceutical market. The company`s focus is treatments for chronic illnesses with significant burdens, including infectious diseases, liver and lung diseases, and other illnesses. The company is headquartered in the People`s Republic of China and the United States, with offices in Shanghai, Beijing, San Francisco, and Durham, North Carolina.
Sigtem Technology Inc is a Harleysville, PA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
TissueTech, Inc is a Biotechnology company headquartered in Miami, FL. TissueTech, Inc. is a leader in regenerative amniotic tissue-based products for use in the ophthalmology, optometry, musculoskeletal and wound care markets. TissueTech offers its portfolio of amniotic membrane and umbilical cord-based tissue and device products through its commercial entities: BioTissue, Inc: the industry leader in regenerative tissue therapies for ocular surface diseases and disorders. Amniox Medical: a leading technology provider to the musculoskeletal and wound care markets.
NewLeaf Symbiotics® is at the forefront of sustainable agriculture technology, with a singular focus on the identification, development and commercialization of the beneficial microbes called pink pigmented facultative methylotrophs (M-trophs). This new class of agricultural microbes is helping transition agricultural products and production to deliver better quality crops, with less impact on the environment — a win-win for growers and those of us who depend on their success.
Delfi is developing a new class of liquid biopsy tests for early detection based on altered genome-wide fragmentation profiles, also known as "fragmentomes," representing aberrant packaging of DNA in cancer cells. By applying advanced machine learning algorithms, these fragment patterns are detectable at a very low sequencing cost. Delfi is using this technology to develop highly sensitive and specific cancer detection assays intended for wide and cost-effective distribution and adoption.