MaxCyte, a leading commercial cell-engineering company, announced the signing of a strategic platform license (SPL) with Catamaran Bio, a biotechnology enterprise creating off-the-shelf chimeric antigen receptor (CAR)-NK cell therapeutics to cure a wide range of cancers.
While Catamaran acquires non-exclusive clinical and commercial rights to use MaxCyte’s Flow Electroporation® technology and ExPERT™ platform per the terms of the agreement, in exchange, MaxCyte will receive platform licensing fees and revenue related to its programs.
The catamaran is actively developing highly potent allogeneic, cryopreserved CAR-NK cell therapeutics using synthetic biology and non-viral cell engineering capable of treating challenging cancers, including solid tumors, by integrating new functional features with the inherent cancer-fighting properties of NK cells. In addition, the company created the TAILWIND® platform, an integrated set of technologies, to engineer, expand, and process NK cells into safe and effective off-the-shelf cell therapy products for numerous cancer types.
The MaxCyte ExPERT™ instrument portfolio is the next generation of clinically verified electroporation technology for complicated and scalable cell creation. The ExPERT™ platform provides the high-end performance required to enable the next era of biological and cellular treatments by delivering high transfection efficiency, seamless scaling, and expanded functionality. MaxCyte’s Catamaran agreement is the company’s 19th overall SPL.
About MaxCyte
MaxCyte is a prominent commercial cell-engineering firm dedicated to advancing breakthrough cell-based research and next-generation cell therapy discovery, development, and commercialization. Over the years, it has been developing and commercializing its unique Flow Electroporation® platform, which allows for the intricate creation of a wide range of cells. In addition, its ExPERT™ platform, based on its Flow Electroporation technology, has been created to assist the rapidly increasing cell therapy market and can be used across the high-growth cell therapy sector, from discovery and development to commercialization of next-generation cell-based therapies.
