Sports activity in adolescents and adults with cardiovascular disease increases the risk of sudden cardiac death by three times compared to non-athletic counterparts.
What is the clinical significance of premature ventricular beats in athletes and how does it affect sports eligibility?
This review highlights the importance of evaluating PVB characteristics in athletes to differentiate benign arrhythmias from those indicating underlying cardiovascular disease at risk of sudden cardiac death.
Adolescents and adults with cardiovascular disease who are engaged in sports activity have an increased risk of sudden cardiac death (SCD) that is three times greater than that of their non-athletic counterparts. Sport acts as a trigger for cardiac arrest in the presence of underlying cardiovascular diseases predisposing to life-threatening ventricular arrhythmias. Frequent and complex premature ventricular beats (PVBs) detected during the cardiovascular screening of the athletic population may be a sign of an underlying cardiovascular disease at risk of SCD, but are also often recorded in trained athletes without cardiovascular abnormalities. Thus, the interpretation of PVBs could represent a clinical dilemma, particularly in the athlete. However, while some characteristics of PVBs can be considered common and benign, others occur uncommonly in the athletic population and raise the suspicion of an underlying cardiovascular disease. This review discusses the prevalence and clinical significance of PVBs in the athlete, with a focus on exercise-induced PVBs, on the analysis of PVB's morphology at 12-lead ECG, and on the morphological substrates identified by imaging techniques. The implications on eligibility for competitive sports participation are also discussed, according to the relevance of PVB detection for disqualifying athletes from competitions.
D’Ascenzi et al. (Thu,) conducted a review in Premature ventricular beats. Premature ventricular beats was evaluated. Sports activity in adolescents and adults with cardiovascular disease increases the risk of sudden cardiac death by three times compared to non-athletic counterparts.
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