Agenus to Receive $25 Million Milestone Payment from Bristol Myers Squibb for TIGIT-CD96 Bispecific Program
“The start of the phase 2 portion of the dose expansion study marks an exciting milestone for this differentiated anti-TIGIT program and an important step in potentially delivering a meaningful new option for cancer patients,” said Chief Executive Officer, Garo Armen, Ph.D. “Similar to our lead program botensilimab, we engineered this bispecific TIGIT antibody with an Fc-enhanced design, which we believe to be a pivotal feature for boosting clinical activity. We look forward to the future development of this program together with our partner Bristol Myers Squibb, as we remain committed to delivering innovation in cancer research.”
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“Cancer, a leading cause of death worldwide, exacts an immense toll on individuals, families, and communities. No person, family, scientist, clinician, hospital, policy maker, company or country can or should face this devastating disease alone. We all must work together to win, which is why we are committed to playing
“Our encouraging Phase 2 data for GRANITE in MSS-CRC continue to mature and demonstrate durable benefit over time. With two additional months of follow-up, relative progression-free survival has further improved in the analysis of all patients treated with GRANITE, and most notably, in those with a lower tumor burden at
“Patients in the EU with ROS1 -positive non-small cell lung cancer and NTRK -positive solid tumors face a great unmet need for new therapies that may improve their outcomes and address or delay the difficult issue of treatment resistance,” said Joseph Fiore, vice president, global program lead, repotrectinib, Bristol Myers
“The acquisition of Biotheus builds on our successful ongoing collaboration on BNT327/PM8002 and other investigational bispecific antibodies,” said Prof. Ugur Sahin, M.D., Ph.D., CEO and co-founder of BioNTech. “We believe that BNT327/PM8002 has the potential to set a new standard of care in multiple oncology indications, surpassing traditional checkpoint inhibitors.
