Sentence examples for understanding cardiovascular from inspiring English sources
This picture shows just how intricate the retinal circulation is, and is important because understanding how blood vessels – any blood vessels – grow is a crucial part of understanding cardiovascular disease.
Understanding cardiovascular disease (CVD) risk factors among Chinese American children would allow us to target individuals in this group who are at the greatest risk for developing CVD early in life.
Our research has been focused on understanding the role of proteins in cardiovascular disease with a particular focus on epigenetic regulation and biomarker discovery, with the objective of better understanding cardiovascular pathophysiology to lead to the development of new and better diagnostic and therapeutic methods.
Epidemiological studies are the cornerstone for understanding cardiovascular risk factors and disease.
Understanding cardiovascular risk in this high risk population is important [ 44].
Modulating cellular survival mechanisms, such as autophagy, by EETs can provide new insight in understanding cardiovascular biology.
Cardiovascular imaging has become essential to achieving a better understanding of cardiovascular diseases.
Through an integrative understanding of cardiovascular pathophysiologic characteristics at the multiorgan level, significant achievements in cardiovascular therapeutics have been achieved and enabled the rationale design and development of drugs such as the angiotensin-converting enzyme (ACE) inhibitors and angiotensin receptor blockers (ARBs).
In addition to understanding why cardiovascular disease increases with age, these observations provide insights into the puzzling association between radiation and cardiovascular disease and highlight the need to consider premature aging as an additional risk of radiation to human health.
Dr. Furchgott was an extraordinary scientist who made major contributions to our understanding of cardiovascular physiology and pharmacology.
It is expected that discoveries in genetics and molecular biology will further aid cardiologists in their understanding of cardiovascular disease.
