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Advanced robotic platform combines artificial intelligence, real-time imaging, and patient-specific planning to improve precision and safety in complex spine procedures.

New Stanford technique uses sound waves to activate light-emitting particles anywhere in the body without surgery or implants.

Taurine supplementation increased lifespan in mice and monkeys — a promising strategy for humans

Researchers have found a way to easily change one kind of atom into another in certain molecules, which are like building blocks for drugs.

Researchers have used AI to create DNA switches that control when and where genes in our body are turned on or off.

This new artificial intelligence tool helps scientists find new medicines faster by automating complex computer tasks and biological research through a simple system that understands regular human language.

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

New pill-sized device uses magnets and bio-ink to repair gut ulcers and hemorrhages without surgery, offering a future of non-invasive healing.

Scientists at UT Dallas have developed a precise method to create "mirror molecules" for treatment of cancer and infections.

When increasing scattered light increases imaging quality