Key result
Endurance and high-intensity sprint training alter skeletal muscle blood flow during exercise anticipation, submaximal exercise, and at VO2max through localized neural, vascular, and metabolic changes.
Why the study?
How do endurance and high-intensity sprint training affect the control of skeletal muscle perfusion?
Design
Review
Authors
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Supports tailored training for athletes' muscle perfusion; leaves open clinical translation in cardiovascular disease.
How do endurance and high-intensity sprint training affect the control of skeletal muscle perfusion?
Endurance and sprint training induce specific adaptations in skeletal muscle perfusion, including enhanced anticipatory flow, redistribution to high-oxidative muscles during submaximal exercise, and increased maximal perfusion driven by cardiac output.
Michael D. Delp (1998) conducted a review in Skeletal muscle perfusion. Endurance and high-intensity sprint training was evaluated on Skeletal muscle blood flow. Endurance and high-intensity sprint training alter skeletal muscle blood flow during exercise anticipation, submaximal exercise, and at VO2max through localized neural, vascular, and metabolic changes.
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