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Obsidian Therapeutics is pioneering controllable cell and gene therapies to deliver transformative outcomes for patients with intractable diseases. Obsidian`s programs apply our cytoDriveTM technology in cell and gene therapy products to control expression of proteins for enhanced therapeutic efficacy, including our lead program cytoTIL15 engineered to make TILs more effective for more patients. Our aspirations are high, and we`re built to deliver – well-funded with blue chip investors, engaged field-leading advisors, strong partnerships with industry leaders, and a highly experienced, dynamic, innovative and collaborative team, collectively focused on delivering transformative therapies in areas of greatest clinical need. Located in the heart of Cambridge, we`re proud of our diverse talented team and committed to cultivating an environment of inclusion where we strive to instill a strong sense of belonging, and support each Obsidianite to continuously learn and contribute their best work. We offer competitive salary and benefits, and potential for employee ownership through stock options.
Mateon Therapeutics/Oncotelic is developing TGF-beta therapies and Apomorphine for Parkinson, ED, FSD. https://t.co/nReUVgPvhc. $OTLC
Ziemer USA INC is a Wood River, IL-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Gen9 is the premier next-generation gene synthesis company focused on high-quality, high-throughput, automated production of DNA constructs. The Gen9 technology allows for the lowest-cost and highest-quality DNA constructs commercially available. Founded by world leaders in synthetic biology, Gen9 aims to ensure the constructive application of synthetic biology in industries ranging from enzyme and chemical production to pharmaceuticals and biofuels. Gen9 is powering the synthetic biology revolution from our headquarters in Cambridge, Mass
Amyloid diseases are a diverse group of disorders, characterized by the deposition of amyloid protein fibrils in vital organs and tissues. There are approximately 30 different types of amyloidosis, each resulting from the misfolding and aggregation of a specific protein, and they are all severely debilitating, progressive, and often fatal.