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California based Amgen Plans to Buy Biotech Company Teneobio

California-based Amgen and Teneobio announced an agreement under which Amgen will acquire Teneobio. Under the terms of the agreement, Amgen will acquire all outstanding shares of Teneobio at closing in exchange for a $900 million upfront cash payment. That agreement also includes the future contingent milestone payments to Teneobio equity holders potentially worth up to an additional $1.6 billion in cash.

The acquisition includes Teneobio’s proprietary bispecific and multispecific antibody technologies, which will enable significant acceleration and efficiency in the discovery. The development of new molecules that treat a wide range of important diseases across California-based Amgen core therapeutic areas. These platforms complement Amgen’s existing antibody capabilities by adding a heavy-chain-only platform that allows a streamlined, sequence-based discovery approach for target binders.

California based Amgen Plans to Buy Biotech Company TeneobioThat includes Teneobio’s novel T-cell engager platform, which expands on Amgen’s existing leadership position in bispecific T-cell engagers by providing a differentiated, but complementary, approach to Amgen’s current BiTE® platform. David M. Reese, M.D., executive vice president of Research and Development at California-based Amgen said that the acquisition of Teneobio will strengthen the ability to develop innovative medicines to treat patients with serious illnesses and to bring to market best-in-class products.That is concerning multispecific and bispecific medicines directed against targets in a wide range of diseases across our core therapeutic areas.

Teneobio’s antibody platform complements our existing capabilities and could potentially give us a more diverse set of building blocks that can be developed into new multispecific therapeutics.In addition, the availability of Teneobio’s CD3 engager technology will allow us to broaden our capabilities in generating bispecific, and with our technology, enable customization of the T cell engaging domain of the molecules depending on the disease and target

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