Key result
Higher intensity exercise increases the risk of cardiovascular complications, driven by congenital abnormalities in younger individuals and atherosclerotic disease in older adults.
Exercise prescription should favor lower intensity exercise initially and utilize subjective monitoring methods to mitigate the risk of complications from underlying cardiovascular disease.
Supports low-intensity initiation with subjective monitoring; leaves open optimal age-specific screening protocols.
Although exercise training is unequivocally of benefit relative to the risk of cardiovascular disease, there is a definable risk of complications during exercise training. In younger individuals, the risk is almost exclusively related to the presence of congenital abnormalities, whereas in older (∼40 years) individuals, the risk is largely related to atherosclerotic disease. In both groups, the risk of the underlying pathology leading to clinical presentation is increased by higher intensity exercise. In older individuals, preexercise screening is of potential benefit but is not generally well done. Exercise prescription should favor lower intensity exercise during the early weeks of an exercise program. Subjective methods, which do not rely on the results of an exercise test, including the Rating of Perceived Exertion and the Talk Test, are to be recommended because preliminary exercise testing is performed inconsistently. There are inadequate data regarding the spontaneous exercise training intensity in both healthy individuals and patients.
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Foster et al. (2008) conducted a review in Cardiovascular disease. Exercise training was evaluated. Higher intensity exercise increases the risk of cardiovascular complications, driven by congenital abnormalities in younger individuals and atherosclerotic disease in older adults.
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