Key result
Recent studies suggest that non-working muscle blood flow increases during exercise, regulated by a complex integration of peripheral factors like nitric oxide and central neural mechanisms including central command.
This review highlights that non-working muscle blood flow may increase during exercise, regulated by a complex integration of peripheral factors and central command.
May inform exercise physiology models; leaves open prospective validation before any clinical application.
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Kamo et al. (2011) conducted a review in Exercise physiology. Exercise was evaluated. Recent studies suggest that non-working muscle blood flow increases during exercise, regulated by a complex integration of peripheral factors like nitric oxide and central neural mechanisms including central command.
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