Primary prevention of coronary disease and especially its major complication, inaugural myocardial infarction, is based on any prodromal symptoms identification and on risk profile establishment. About 50% of myocardial infarctions are caused by an unstable non-stenosing plaque, asymptomatic before the event since without significant reduction in coronary flow, particularly during a stress test or during stress imaging. Study purpose is to set up, in medical emergency department, check-up unit and cardiology department, a primary prevention strategy articulated around a routine examination: calcium scoring. The latter makes it possible to categorize patients according to their risk of generating atheromatous plaques and to classify them into several risk levels (groups) according to their score: low (\<40th percentile), intermediate (between the 40th percentile and the 65th percentile: group III) or high risk (\>65th percentile, group IV). 18F-Na PET scan can mark unstable coronary plaques. For the intermediate risk population who would demonstrate within 6 to 18 months after first calcium score either an increase of percentile of more than 20% or an increase above 20 points of the calcium score and for high risk population, 18F-Na PET scan will be recommended and repeated 6 months later. Secondary prevention treatment will then be administered in the event of an abnormal examination.
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Unstable coronary plaque evolution description through calcium score variation
Timeframe: 8 months
Unstable coronary plaque evolution description through coro-scanner plaque size variations
Timeframe: 8 months
Unstable coronary plaque evolution description through coro-scanner plaque density variations
Timeframe: 8 months
Unstable coronary plaque evolution description through coro-scanner morphological aspect variations
Timeframe: 8 months
Unstable coronary plaque evolution description through coro-scanner variations in terms of stenosis diameter
Timeframe: 8 months
Unstable coronary plaque evolution description through 18F-Na PET scan target binding variations
Timeframe: 8 months
Unstable coronary plaque evolution description through 18F-Na PET scan binding intensity variations
Timeframe: 8 months