The on-again, off-again U.S. tariffs are off again, at least for now, for more than 75 countries that have reached out to the Trump administration to negotiate instead of retaliating. The 90-day pause will provide some breathing room for the med-tech industry. Pharmaceuticals and active pharmaceutical ingredients were among the few products exempted from the reciprocal tariffs, but that exemption for pharmaceuticals was expected to be short-lived. Meanwhile, pharma CEOs warned European Commission President Ursula von der Leyen April 8 that, unless the EU quickly changes its policy, pharmaceutical research, development and manufacturing is increasingly likely to be directed to the U.S.

Radiopharmaceuticals, including 16α-18F-fluoro-17β-estradiol (18F-FES) PET/CT, are emerging as powerful tools with new diagnostic and therapeutic potential in breast cancer diagnosis and treatment, Han Sang-won, professor from the department of nuclear medicine at Asan Medical Center, recently told BioWorld.

In the wake of the pandemic, many leading med-tech companies took steps to on-shore and near-shore manufacturing, a move that could protect significant numbers of players from the worst of the effects of the tariffs announced by the Trump administration last week.

The April 8 Senate hearing on the Trump administration’s tariffs generated some heated debate, although U.S. Trade Representative Jamieson Greer parried some of the criticism by pointing to the yawing trade deficit.

Med tech and diagnostic companies in Europe are considering strategies to navigate the U.S. market following President Trump’s introduction of reciprocal tariffs on imports. While some companies are more exposed than others, there’s no doubt that many will feel the pain.

The U.S. NIH published the results of a study of the use of AI in referring patients for intervention for risk of opioid use disorder, which found the algorithm helped stave off hospital admissions.

Researchers from George Washington University filed for protection of a system and method that leverages generative models, specifically Variational Autoencoders, to conduct functional connectivity analysis from functional magnetic resonance imaging scans.