Making innovative use of observational data, researchers hope to gain new understanding of patient risk and identify existing drugs to lower risk.

A kidney protein that responds to low levels of blood potassium — which can cause high blood pressure and cardiovascular problems — may be a target for new therapeutics.

The research shows that by getting enough sleep and reducing variability around sleep onset and wake times, patients can reduce the incidence of chronic disease.

An analysis of the genomes of more than 1 million people of European ancestry, conducted by several of the world’s leading genomic centers, including Vanderbilt University Medical Center, has identified more than 2,000 independent genetic signals for blood pressure.

New research shows nearly everyone can lower their blood pressure, even people currently on blood pressure- reducing drugs, by lowering their sodium intake.

A new study will explore the link between salt taste sensitivity and salt intake, blood pressure, hypertension, and genetic variations in individuals of African descent.

Dietary magnesium depletion in a mouse model activated inflammatory pathways and molecules that promote hypertension, suggesting that increased magnesium consumption may be beneficial for reducing the prevalence of hypertension.