Telesis Bio is a clinical‐stage biotechnology company dedicated to developing next‐generation T‐cell therapies for patients with solid tumors. The company’s proprietary engineering platform is designed to enhance the ability of cytotoxic T cells to infiltrate tumor microenvironments, recognize cancer antigens with high affinity and persist in the body for sustained anti‐tumor activity. By combining advances in synthetic biology, tumor immunology and cell manufacturing, Telesis Bio aims to overcome key barriers that have limited the success of adoptive cell therapies in solid malignancies.
Founded in 2020 and backed by leading life-science investors, Telesis Bio has established research and development facilities in Cambridge, Massachusetts, and South San Francisco, California. Its pipeline includes multiple preclinical and early clinical programs targeting solid tumors such as lung, colorectal and pancreatic cancers. The company leverages a modular design approach, enabling rapid optimization of T-cell receptors, co-stimulatory domains and safety switches to maximize therapeutic benefit while minimizing off-target effects.
Since its inception, Telesis Bio has forged strategic collaborations with academic institutions and contract development organizations across North America and Europe to advance its cell therapy candidates. These partnerships facilitate access to proprietary tumor models, high-throughput screening assays and scalable manufacturing processes. Through these alliances, Telesis Bio is positioning itself to move multiple programs into clinical development over the next several years.
Telesis Bio is led by an executive team with deep expertise in cell therapy, immunology and pharmaceutical development. The management team includes seasoned drug developers, cell therapy manufacturing specialists and translational scientists who have previously advanced therapies from laboratory discovery through regulatory approval. Under this leadership, the company is striving to deliver safe and effective T‐cell therapies that could transform the treatment landscape for solid tumor patients.
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