In the year’s fourth-largest deal, Prime Medicine Inc. will collaborate with Bristol Myers Squibb Co. in a research collaboration and license agreement totaling $3.61 billion. The two companies plan to develop reagents for ex vivo T-cell therapies. While the programs and targets have yet to be disclosed, BMS is expanding its CAR T development, begun more than five years ago, with this deal.
In the year’s fourth-largest deal, Prime Medicine Inc. will collaborate with Bristol Myers Squibb Co. in a research collaboration and license agreement totaling $3.61 billion. The two companies plan to develop reagents for ex vivo T-cell therapies. While the programs and targets have yet to be disclosed, BMS is expanding its CAR T development, begun more than five years ago, with this deal.
As more and more artificial intelligence (AI)-based solutions get developed to improve patient care, humans should ultimately remain in control because no AI system will be free from mistakes, said Ha Hong, Chief Artificial Intelligence Officer in Medtronic plc’s Endoscopy unit. “There will be some errors, it is simply not possible to create a system that is 100% error free,” he told BioWorld in an interview.
The U.K. medical research charity Lifearc has launched the first part of a £100 million (US$130 million) plan to promote translation of biomedical research into therapies for rare diseases, opening the program with a £2.5 million call for projects to repurpose existing drugs to treat the debilitating inherited skin disease epidermolysis bullosa (EB).
A research initiative led by Jennifer Doudna and Jill Banfield of the Innovative Genomics Institute at the University of California, Berkeley, has landed $70 million in funding from the Audacious Project to bring the power and precision of CRISPR-based genome editing to the gut microbiome of humans and animals, in an ambitious effort to engineer complex microbial communities to achieve outcomes that can benefit human health and the environment.
Baxter International Inc. has joined forces with Miromatrix Medical Inc. to advance the development of bioengineered organs for patients with acute liver failure (ALF). Under the collaborative research agreement, Baxter will combine its Prismax system with Miromatrix's single-use bioengineered liver, miroliver, to provide external support to patients' native livers as they await transplant or potential regeneration.
The U.K. is launching a £230 million (US$260 million) project to build a database linking the health records and genetic information of 5 million people, which will be open for discovery research and as a source of clinical trial recruits for academics and companies.
The U.K. is launching a £230 million (US$260 million) project to build a database linking the health records and genetic information of 5 million people, which will be open for discovery research and as a source of clinical trial recruits for academics and companies.
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