Key result
Non-invasive ultrasound studies of the arterial wall and its function can determine prognosis and residual risk, guiding the intensity of preventive treatments for cardiovascular diseases.
Why the study?
Conventional risk tables do not determine individual risk and daily cardiovascular studies do not usually detect atherosclerosis when it is asymptomatic, which could be the optimal time for prevention.
The paper highlights the potential value of ultrasound assessment of arterial wall anatomy and function for early detection and prevention of asymptomatic atherosclerosis.
Supports early intervention via arterial wall imaging in at-risk groups; extends conventional screening with first RCT evidence.
Cardiovascular diseases can have unforeseen complications, which are sometimes their first and serious manifestation: myocardial or cerebral infarction or even sudden death.Population-based cardiovascular risk tables provide guidance in determining risk, 6 but do not determine whether it will occur in a given individual. In less educated and socio economically deprivated populations, the risk could be underestimated in half of the persons. herosclerosis, the most frequent cause of premature and avoidable death, passes for years asymptomatically, with anatomical and functional damage to the arterial walls. The unrepaired damage to our body at the molecular, cellular, tissue and organic levels, which develops throughout life and accelerates towards the fourth decade, determines the rate of aging and predisposes to diseases and their complications. Conventional cardiovascular studies, which are done on a daily basis, such as physical or pharmacological stress studies to detect myocardial ischemia, are of great value in the diagnosis and management of symptomatic diseases, but they do not usually detect atherosclerosis when it is asymptomatic, which it could be the optimal time for prevention.
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José Aníbal Manfredi (2021) conducted an editorial in Cardiovascular disease prevention. Ultrasound assessment of arterial wall anatomy and function was evaluated. Non-invasive ultrasound studies of the arterial wall and its function can determine prognosis and residual risk, guiding the intensity of preventive treatments for cardiovascular diseases.
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