health

Scientists discovered that skins, seeds, and cores of waste fruits contain more fiber than the fruit.

Researchers examined GameXPeptides in Xenorhabdus and Photorhabdus bacteria that live with tiny worms called nematodes.

Long-term exposure to PFAS has been linked to several health issues. They are extremely hard to treat once they enter water systems.

A human-guided molecular design workflow identified tight-binding proteins against FAP, a target associated with solid tumors.

The ultrasonic waves make the bubbles resonate, producing vibrations that move the surrounding fluid.

A nearly $1.8B initiative aims to build the data and infrastructure needed for predictive “virtual cells.”

A new Utah program gradually removes prior doctor approval from routine acne prescribing.

American officials continue to evaluate the potential outbreak and its broader biosecurity implications.

Georgia Tech’s sub-3-mm implants use body tissue as a network to coordinate sensors and therapeutic devices across the body.

Surgeons used machine intelligence to help remove a pituitary tumor and protect the patient’s eyesight.

A new White House report revisits everything from Wuhan lab research to mask mandates, lockdowns and WHO’s pandemic response.

Every heartbeat, breath, and thought depends on trillions of microscopic cells working together.

What if doctors could edit faulty DNA, grow replacement cells, or create cancer vaccines designed specifically for you?

The surgery expands the donor pool, offering fresh hope to HIV-positive patients needing lung transplants.

Computer-designed vaccine platform shows early human trial safety and immune response across multiple virus strains

Daraxonrasib cut death risk by 60 percent and nearly doubled survival in metastatic pancreatic cancer patients.

Genomic testing helped identify breast cancer patients who could safely avoid chemotherapy in a major ASCO clinical trial.

Rice scientists created a cytokine factory patch that uses engineered cells to release therapeutic proteins directly into chronic wounds over time.

Scientists say their SMEAR-ULM system can map tiny heat signals from aggressive melanoma without relying on invasive biopsies.

New autonomous skin patch analyzes heart signals directly on the body in milliseconds.