NIH-funded project shows that trans-epidermal water loss could indicate if wounds are fully healed.

RTX is a non-addictive pain therapy derived from a cactus-like plant.

The technique may enable higher doses and combinations of cell therapies.

NIH-funded breakthrough could enable targeted therapies for many neurological disorders.

Poly-metabolite scores could reduce reliance on self-reported dietary data in large population studies.

NIH-supported gene-editing platform lays groundwork to rapidly develop treatments for other rare genetic diseases.

Using artificial intelligence, scientists characterized tissue samples from more than 9,000 women.

Using artificial intelligence, scientists characterized tissue samples from more than 9,000 women.

Initiative will provide a better understanding of the root causes to end the diet-related chronic disease crisis.

Despite increasing incidence rates, cancer deaths in young people have not increased overall.

The partnership will focus first on enabling research around the root causes of autism spectrum disorder.

NIH findings may lead to insights on pregnancy complications, adult health.

These vaccines aim to provide broad-spectrum protection against multiple strains of multiple viruses.

New initiative aims to reduce use of animals in NIH-funded research.

Researchers uncover the cellular and molecular basis for sensing heat and inflammatory pain.

New technique brings retina into sharper focus .

Overall death rates from cancer declined steadily among both men and women from 2001 through 2022.

NIH studies in animals show reserpine protects retinal-neurons necessary for vision, especially in females.

NIH-funded project helps unravel the brain’s wiring, giving clues to how we see the world.

NIH findings could lead to more efficient monitoring of twin pregnancies.