Key result
Arterial and valvular calcification predicts major events but loses significance when adjusting for other beds.
Why the study?
Does the presence of arterial and valvular calcification predict mortality and cardiovascular events in asymptomatic, symptomatic, and high-risk patients?
Does the presence of arterial and valvular calcification predict mortality and cardiovascular events in asymptomatic, symptomatic, and high-risk patients?
While arterial and valvular calcification predicts cardiovascular events and mortality, the loss of significance after adjusting for other calcification sites and the uncalcified nature of acute culprit plaques suggest the association may not be causal.
Calcification may reflect systemic burden rather than drive events; leaves open causality and independent predictive utility after adjustment.
A review of the predictive ability of arterial and valvular calcification has shown an additive effect of calcification in more than 1 location in predicting mortality and coronary heart disease, with mitral annual calcification being a particularly strong predictor. In individual arteries and valves there is a clear association between calcification presence, extent and progression and future cardiovascular events and mortality in asymptomatic, symptomatic and high risk patients, although adjustment for calcification in other arterial beds generally renders associations non-significant. Furthermore, in acute coronary syndrome, culprit plaque is normally not calcified. This would tend to reduce the validity of calcification as a predictor and suggest that the association with cardiovascular events and mortality may not be causal. The association with stroke is less clear; carotid and intracranial artery calcification show little predictive ability, with symptomatic plaques tending to be uncalcified.
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Nicoll et al. (2014) conducted a review in Arterial and valvular calcification. Arterial and valvular calcification was evaluated on Mortality and cardiovascular events. Arterial and valvular calcification predicts coronary events and mortality, but adjusting for calcification in other arterial beds generally renders these associations non-significant.
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