LONDON – Targeted protein degradation (TPD) specialist Amphista Therapeutics Ltd. has delivered yet another demonstration of investor interest in the field, closing a $53 million series B.
Seed Therapeutics Inc. signed a massive deal with Eli Lilly and Co. on Nov. 12, a date that resonated deeply with Seed’s CEO, Lan Huang. Twenty-one years earlier to the day she published a pioneering paper on cancer signaling pathways involving p53 degradation in Science. “It’s a magical coincidence that exactly 21 years later we have this deal with Lilly,” she told BioWorld, a deal with protein degradation at its core. In the new research collaboration and license agreement, Seed will receive $10 million cash up front to fund research along with a $10 million equity investment from Lilly.
In a BIO Digital session on “The Convergence of Health and Tech: Personalizing Medicine Beyond the Imaginable,” panelist Ray Deshaies, Amgen Inc.’s senior vice president of global research, said he was excited for the future of drug research, noting that there is an evolving trend away from the development of monospecific drugs designed to exert their effect on just one specific target.
DUBLIN – Lycia Therapeutics Inc. raised $50 million in series A funding from founding investor Versant Ventures to take forward yet another novel concept in targeted protein degradation. The new company, which will be headquartered in the San Francisco Bay Area, is building on the work of Carolyn Bertozzi, professor of chemistry at Stanford University and Howard Hughes Medical Institute (HHMI) investigator, who has invented bifunctional structures called Lytacs – lysosomal targeting chimeras – which target extracellular or circulating proteins for internalization and lysosomal degradation by tethering them to lysosome targeting receptors at the cell surface.
DUBLIN – Monte Rosa Therapeutics Inc. emerged from stealth mode with $32.5 million in funding commitments from series A investors Versant Ventures and New Enterprise Associates to enable it to bring new science into the increasingly crowded field of targeted protein degradation.
