Xheme Inc. Demonstrates Breakthrough in Bioprocessing Innovation, Driving Higher Cell Density and Biologics Yields

News

Links https://markets.businessinsider.com/news/stocks/xheme-inc-demonstrates-breakthrough-in-bioprocessing-innovation-driving-higher-cell-density-and-biologics-yields-1035746218 https://finance.yahoo.com/news/xheme-inc-demonstrates-breakthrough-bioprocessing-160000748.html https://apnews.com/press-release/access-newswire/xheme-inc-demonstrates-breakthrough-in-bioprocessing-innovation-driving-higher-cell-density-and-biologics-yields-f4c675a44995fcda911ff8f0a23156da Xheme Inc., a biopharmaceutical innovator developing advanced technologies for life sciences manufacturing, today announced a breakthrough that could redefine how biological cells are produced and stored. As demand for cost‑reduced biologics intensifies, the company’s proprietary single-use bioprocessing solutions are demonstrating significant improvements in cell density and biologics yields. These advances offer…

Xheme and Vitalant Research Institute collaborate on new non-toxic, non-PVC blood bag technology

Press Release

Boston-area specialty materials company, Xheme, Inc., and leading transfusion medicine research institute, Vitalant Research Institute (part of Vitalant, one of the nation’s largest nonprofit blood and biotherapies healthcare organizations), collaborate on non-PVC blood bag film technology The technology promises to increase shelf life of blood, meets upcoming EU requirements, and recently won a second NSF-STTR…

Expanded Xheme, RENOLIT relationship moves “active” XMA-polymer composite film technology another step closer to commercialization

Press Release

NEWTON, Massachusetts – December 19, 2023 – Xheme, Inc. and RENOLIT Healthcare today announced the launch of an expanded relationship for the technology validation and eventual commercialization of a novel, medical-grade polymeric film that eliminates oxidative stress for use in bioprocessing and other applications. The new proprietary composite film, which combines the oxidative stress-fighting activity…