Key result
Non-invasive imaging for the detection of subclinical atherosclerosis may overcome the limitations of conventional risk stratification charts in primary cardiovascular prevention.
Why the study?
Does non-invasive imaging improve cardiovascular risk stratification compared to conventional risk charts in asymptomatic middle-aged people?
Does non-invasive imaging improve cardiovascular risk stratification compared to conventional risk charts in asymptomatic middle-aged people?
Non-invasive imaging offers a promising adjunct to conventional risk charts for cardiovascular risk stratification by detecting subclinical atherosclerosis.
May support imaging as adjunct to risk charts in primary prevention; leaves open prospective validation of clinical benefit.
Cardiovascular (CV) risk prediction has a central role in primary CV prevention. Several risk charts have been developed in the attempt to identify subjects at risk who might benefit from more aggressive interventions. However, risk charts show main limitations and they remain underutilized in general practice. The addition of novel risk markers has substantially failed to improve risk charts discrimination power. Imaging has recently gained relevance in CV risk stratification for its ability to detect subclinical atherosclerosis. Although extending non-invasive imaging to all asymptomatic middle-aged people is currently not recommended, its progressive spread may provide information on preclinical atherosclerosis and detection of de facto initial disease might overcome some limitations of conventional risk stratification charts.
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Mureddu et al. (2013) conducted a review in Cardiovascular risk. Non-invasive imaging vs. Conventional risk charts was evaluated. Non-invasive imaging for the detection of subclinical atherosclerosis may overcome the limitations of conventional risk stratification charts in primary cardiovascular prevention.
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