Caris Life Sciences®, a molecular science and technology company, and Xencor, Inc., a clinical-stage biopharmaceutical company, have announced that they will work more closely together to research, develop, and sell new bispecific and multispecific XmAb® antibodies.
This expanded relationship will boost the number of targets and cancer types that Caris will investigate with Caris Discovery, a proprietary multi-omics discovery engine platform. The foundation for drug candidate development on Xencor's XmAb platform will be novel targets and their accompanying validation packages.
Under the terms of the new contract, Xencor will receive worldwide commercial rights to study, develop, and market products aimed at up to three targets discovered through collaboration. In addition, Caris will get an upfront payment and may receive up to $187 million in commercial milestone payments and development. The company will also be eligible for royalties on the net sales of products commercialized as a result of the agreement, as well as future rights for molecular profiling and companion diagnostics.
Caris Discovery leverages the collective force of its unmatched platform by combining the data generated from the primary patient tissues' molecular interrogation using ADAPT™, which integrates the company's extensive catalog of molecular and clinical data.
About Caris Life Sciences
Caris Life Sciences® is a Texas-based molecular science firm revolutionizing healthcare. Its market-leading molecular profiling products analyze DNA, RNA, and proteins to produce a molecular blueprint. This plan shows how patients, doctors, and researchers can use the information to improve outcomes and save lives. The company also uses cutting-edge algorithms for artificial intelligence (AI) and machine learning (ML) to improve precision medicine.
About Xencor
Xencor develops modified antibodies and cytokines for cancer and autoimmune illnesses. More than 20 XmAb® candidates are in clinical development while three are sold by partners. The company’s XmAb technology modifies protein structures to create new therapeutic pathways.