Researchers have developed soft light controlled devices that can wrap around and interact with individual cells within the body.

New framework helps artificial intelligence systems admit uncertainty and work as collaborative coaches rather than authoritative oracles.

A generative AI model creates complete viral genomes that function in the laboratory and may help develop new ways to treat antibiotic-resistant infections.

Scientists highlight how microbial communities may both challenge and support long-term human missions in space.

New advances in small-animal molecular imaging are enhancing precision, combining multimodal systems and computational tools to improve preclinical research accuracy and strengthen the pathway from animal studies to human applications.

Dr. Michael Lustgarten and Dr. Ben Goertzel discuss the potential of using AI to combine the knowledge graphs of biomedical datasets to uncover patterns and interventions for longevity.

Anthrobots: Where human cells become self-assembling, tissue-repairing biobots. Is this the dawn of cellular medicine’s next frontier?

Synthetic biology strategy enables controlled expansion of small engineered liver constructs inside the body for potential transplant support.

Bioelectric device can detect movement in a person’s larynx muscles and translate those signals into audible speech

The diagnostic performance of GPT-4 on MRI scan reports of brain tumors is as good as that of human radiologists.