A recent study showed that participants with genetic heart disease are less likely to suffer sudden death when participating in vigorous activity, including competitive sports. Although the results are mixed, the general conclusion was that physical activity helps protect the cardiovascular system and is associated with a lower risk of coronary heart disease. Athletes were also found to be physically more active in their old age, and they also tended to engage in lower-intensity activities than the controls.
High-intensity sports exercise does not increase the risk of cardiovascular events
Researchers found that the clinical course of G+P-adults was relatively benign, indicating that high-intensity sports practices may not increase the risk of cardiovascular events. Despite these findings, larger studies are needed to confirm the link between elite-level sports participation and adverse outcomes. The researchers say that this research highlights the need for more studies, as well as a reduction in the frequency of ischemic heart disease.
A questionnaire about physical activity at leisure is absolutely necessary
The British Regional Heart Study (BRHS) is a large prospective study of heart disease. The research included 7735 men aged 40-59 with a history of cardiovascular disease. The subjects were chosen based on age-sex registers in twenty-four towns in the United Kingdom. In addition, the researchers asked them to complete a questionnaire about their leisure-time physical activity.
High-level fitness can reduce the risk of coronary heart disease
Moreover, genetic variability was associated with higher endurance sports. In other words, if you have high-level fitness, you may have lower risk of coronary heart disease. While the results of these studies are encouraging, more research is needed to identify the optimal level for elite-level sports participation. However, there are no guarantees. It is important to note that these findings are based on studies of G+P-adults, and that the general trend is not applicable to all individuals with this condition.
The demand for high quality research in cardiovascular disease is increasing
While a number of consensus and recommendation documents are useful for people with genetic heart disease, the results of clinical trials do not always point to a single optimal exercise level or intensity. Further, the findings also point to the need for larger study cohorts that compare the effects of a variety of different exercise and sports practice recommendations. There is a growing demand for higher quality research in the field of cardiovascular diseases.
Conclusion
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