Study finds association between atherosclerosis and changes in the structure, heart function

May 15, 2020

(Boston)--Even among individuals free of heart failure and myocardial infarction, there appears to be evidence of an association between calcium buildup in the coronary arteries (atherosclerosis) and changes in the structure and function of the heart.

Coronary artery calcium buildup or atherosclerosis is a strong predictor of future coronary heart disease. To date, the evidence suggests that coronary disease interacts and progresses along with the incipient development of myocardial disease, even in the absence of symptoms.

However, data on the association between coronary artery calcium and echocardiographic-based changes of the structure and function of the heart are lacking.

Researchers from Boston University School of Medicine (BUSM) evaluated the association between coronary artery calcification and echocardiographic measurements that quantify these changes in the heart among 2,650 participants (average age 51 years, 48 percent women) from the Framingham Heart Study. They observed that higher coronary artery calcium scores were associated with higher values of left ventricular mass index and aortic root diameter, consistent with potential adverse effects of changes in the size, shape, structure and function of the heart.

"We know that coronary artery disease progresses along with myocardial disease, but these findings suggest that there may be a direct link between coronary artery calcium and structural and functional changes in the heart, emphasizing the need to follow a healthy lifestyle in order to help prevent calcification of the arteries," explained corresponding author Vanessa Xanthakis, PhD, assistant professor of medicine and biostatistics at BUSM and an Investigator for the Framingham Heart Study.

Xanthakis believes additional studies are needed to further clarify the pathophysiological basis of the observed associations and to assess whether coronary artery calcium can be used to predict changes in the structure and function of the heart.

These findings appear online in PLOS ONE.
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This study was partially funded by the National Heart, Lung and Blood Institute's Framingham Heart Study (Contracts N01-HC-25195 and HHSN268201500001I) and by grants HL076784, G028321, HL070100, HL060040, HL080124, HL071039, HL077447, HL107385, HL126136, 2R01HL092577, 1R01HL128914, 1P50HL120163, R01HL131532 (SC), R01HL134168 (SC); and 2-K24-HL04334. Cecilia Castro-Diehl was supported by the Multidisciplinary Training Program (T32) in Cardiovascular Epidemiology (5T32HL125232). Gary F. Mitchell was supported by Cardiovascular Engineering., Inc; this funder provided support in the form of salary for Gary F. Mitchell, but did not have any additional role in the study design, data collection and analysis, decision to publish, or preparation of the manuscript

Note to editors:

Susan Cheng has received consulting fees from Zogenix for work unrelated to this manuscript.Gary F. Mitchell has the following disclosures: a) grants: NIH, Novartis (both significant); b) consulting: Novartis, Servier (both significant); and c) ownership: Cardiovascular Engineering, Inc. (significant).

Boston University School of Medicine

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