The Parliament of the U.K. has dissolved right on schedule, leaving the members of the House of Commons with a raft of policy issues to deal with in the next assembly. One of these issues is a bill originating in the House of Lords, the Artificial Intelligence Bill, which seems technologically agnostic and thus may represent a risk of duplicative oversight of AI for health care purposes.

Dornier Medtech launched a first-of-its-kind artificial intelligence tool called Urogpt to support patients with kidney stones. Developed in collaboration with leading urologists, Urogpt marks a milestone in the company's commitment to leveraging digital innovation to empower kidney stone sufferers through patient-first solutions. The app provides urology patients with access to on-demand advice and actionable insights that inform and reassure users when navigating the complexities of their condition.

Oncohost Ltd. provided new details on a novel application for its proteomic pattern analysis technology at Biomed Israel last week. While its initial development focused on using a single blood sample to guide selection of first-line immunotherapy for cancer based on likelihood of response, the Prophet platform now also predicts severe adverse immune-related events, Oncohost CEO Ofer Sharon told BioWorld.

Archetype Therapeutics Inc. has discovered compounds for the treatment of early-stage lung adenocarcinoma by screening billions of compounds from the Enamine REAL Space chemical library and other libraries.

Owkin Inc. has in-licensed OKN-4395 (ACT-1002-4391), a highly selective and potent dual inhibitor of prostanoid receptors EP2 and EP4, from Idorsia Ltd.

The European Council (EC) voted to approve the Artificial Intelligence Act (AI Act), a sweeping horizontal legislative product that affects all sectors of the European Union’s (EU) economy. Regulatory attorney Erik Vollebregt told BioWorld that the horizontal nature of the AI Act is still likely to exacerbate some of the problems already seen with the Medical Device Regulation (MDR) in a way that he said will make the EU market less attractive than is already the case.

U.S. Precision Medicine Inc. has announced plans to use artificial intelligence (AI) technology to support work on its small-molecule drug candidate for cancer.

A group of scientists from Harvard University have observed and reconstructed the human brain at the resolution of the electron microscope, with all its cells, following all the connections between its neurons around a cubic millimeter of a tissue sample. They took 10 years and the data occupies 1.4 petabytes (1,400 terabytes). However, they are already planning a bigger project.

Artificial intelligence recently roiled the regulatory world, but the U.S. Congress has yet to dive into the task of legislating on the concept. Barrett Tenbarge, general counsel for Sen. Bill Cassidy (R-La.) told an audience here in the nation’s capital that while the Senate is considering several legislative proposals, the desire to avoid legislation that will create as many problems as it solves suggest that legislative development “is a long-term process.”

As the average cost of new drug R&D continues to skyrocket, the perception around using artificial intelligence (AI) as a tool to boost drug discovery is changing. “Developing new AI-based drugs is a difficult task, not only for Korea but also for countries with leading AI technology,” Hyeyun Jung, principal researcher of Korea Health Industry Development Institute’s Center for Health Industry Policy, told the audience at the Bio Korea meeting on May 9. “But there is a change in perception; [namely that] applying AI to new drug development is not an option but a necessity.”