Their findings have tremendous implications
for calcific aortic valve disease (CAVD), the third most common heart condition, and related forms of heart disease.
Not exact matches
«We have been able to produce a precise omics - level molecular atlas of the aortic valve and the molecular network of
calcific aortic valve disease,» said first author Florian Schlotter, MD, a research fellow in the Center
for Interdisciplinary Cardiovascular Sciences at BWH.
«A molecular atlas of
calcific aortic valve disease: Study builds molecular networks of
calcific aortic valve disease to identify key molecules and therapeutic targets
for a disease that affects one in four older Americans.»