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Resistance training augments cerebral blood flow pulsatility: cross-sectional study

Exercise Physiology
Author
Nakamura and Muraoka
Used Parameters : BW, BMI, FFM, PBF
Publication Year : 2018
Country : Japan
Journal : American Journal of Hypertension
BACKGROUND Increased central arterial stiffness and/or decreased compliance reduces buffer function and increases cerebral blood flow (CBF) pulsatility, which leads to increased cerebral microvascular damage, resulting in the augmentation of the risk of cerebrovascular diseases. Resistance-trained men showed higher central arterial stiffness and lower arterial compliance than age-matched, sedentary men. This study examined the effect of increased central arterial stiffness and/or decreased arterial compliance on CBF pulsatility. METHODS …
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