NIH-funded project in rats also finds widespread differences between male and female organisms.

Data from influential study underscore the importance of personalized and shared decision-making to support the health of postmenopausal women.

NIH-funded study may inform the design of new therapies that cross the blood-brain barrier.

Findings demonstrate impairment of blood vessel function; may lead to heart attack, stroke.

NIH-led study finds genetic markers that explain up to 12% of the differences between two people’s blood pressure.

Findings provide further insight into the complex relationship between sleep disorders and epilepsy.

NIH-supported findings could open up a new field of cardiovascular disease research using cancer therapies to combat the buildup of disease-causing plaque.

Study highlights need for defined markers of mpox immunity to inform public health use.

Mid-stage trial shows treatment prevents infection, disease.

NIH-led study offers insights into the role genetics may play in the risk of developing kidney cancer,

Deidentified data from thousands of adults with long COVID are now available to researchers.

NIH-supported study shows potential treatment pathway for neurodevelopmental disorder.

Increase applies to more than 17,000 research trainees and includes additional funds for childcare and training-related expenses.

NIH scientists find clinicians still rely often on older and toxic medicines.

Fellowship training awards are a critical part of the development of the biomedical research workforce.

Proof-of-concept study analyzed a newer technology known as single-cell RNA sequencing.

NIH and NSF jointly fund new research centers to better understand how ocean-related exposures affect people’s health.

NIH-funded research in siblings finds previously reported connection is likely due to other underlying factors.

NIH-funded study suggests model could identify large percentage of those at risk.

NIH scientists use artificial intelligence called ‘P-GAN’ to improve next-generation imaging of cells in the back of the eye.