Exscientia Announces Collaboration with Charité to Advance Development of Precision Medicine Platform

Exscientia plc (Nasdaq: EXAI) today announced a new collaboration with Charité – Universitätsmedizin Berlin (Charité) to utilise Exscientia’s AI-driven precision medicine platform in haematological cancers.

Under the collaboration, Charité will evaluate the potential of Exscientia’s precision medicine platform to select better treatments and improve outcomes for patients with haematological cancers. Each patient sample will be prospectively evaluated with a broad panel of marketed drugs, including drugs that may not yet be approved for the indication, to determine a comparative response profile, ex vivo.

“Despite major advances in the treatment of haematological cancers, the mortality rate for patients suffering from these conditions remains high. Following the results of the EXALT-1 trial, we believe that this new collaboration with Exscientia may present an opportunity to continue exploring how to meaningfully improve therapy selection and patient outcomes. Simultaneously, it is imperative that we develop a new generation of therapeutics against unexplored targets and biomarkers to improve patient outcomes, and we believe that our newly established biobank will enable Exscientia to move towards this goal,” said Prof. Ulrich Keller, M.D., Director Medical Department, Division of Haematology and Oncology at Charité.

This collaboration will expand on the results of the EXALT-1 study, which were previously published in the peer reviewed journal Cancer Discovery. EXALT-1 was a first-of-its-kind prospective trial, which demonstrated significantly improved outcomes for late-stage haematological cancer patients using Exscientia's deep learning-based high content functional drug testing platform to guide personalised treatment recommendations as compared to physician’s choice of treatment. A post-hoc analysis published in Blood Cancer Discovery showed that combining this technology with new deep learning advancements leveraging cell-specific features in high-content images had the potential to further improve patient outcomes.

Charité will also establish a biobank of viably cryopreserved blood, bone marrow and lymph node tissues to support further technology development and preclinical research projects at both Exscientia and Charité. Unlike conventional biobanks that typically contain dead specimens, this will contain live human tissue samples and therefore be instrumental for clinical and translational research.