David Harrison Archive — Page 1 of 1

Abstract side-profile silhouette outlined in glowing white and blue light against a dark background, surrounded by colorful blurred circles.
September 9, 2024

Peptide discovery could advance treatment of high blood pressure

VUMC researchers found that peptides modified by highly reactive compounds called isolevuglandins activated T cells and promoted hypertension in mice. Their first-ever isolation of such peptides is a step toward potentially intervening in this pathologic process.

Laboratory sample tube and pipette on a colorful microarray-patterned surface.
November 17, 2022

Several from VUMC among most highly cited researchers

Nine current faculty members of the Vanderbilt University School of Medicine have made this year’s list of scientists whose papers have been cited most frequently by other researchers.

August 30, 2022

A new mechanism for lupus

Vanderbilt researchers describe a new mechanism for the most common form of lupus and suggest a new treatment approach to this autoimmune disease.

American Heart Association certification logo reading “CERTIFICATION” and “COMPREHENSIVE HYPERTENSION CENTER.”
June 2, 2022

VUMC renewed as a Comprehensive Hypertension Center

The Vanderbilt Comprehensive Hypertension Center has been awarded renewal of the American Heart Association’s Comprehensive Hypertension Center Certification,

Head-and-shoulders portrait of a smiling man in a suit and patterned tie against a neutral background.
November 15, 2018

Harrison awarded AHA Basic Research Prize for 2018

David G. Harrison, MD, the Betty and Jack Bailey Professor of Cardiology and director of the Division of Clinical Pharmacology at Vanderbilt University School of Medicine, has been awarded the American Heart Association’s Basic Research Prize for 2018.

Manual blood pressure monitor with a blue cuff, round pressure gauge, black inflation bulb, and attached stethoscope on a white background.
September 27, 2018

Stretch, inflammation and hypertension

New research sheds light on how changes in blood vessel forces enhance immune cell activation and promote hypertension.