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Salt Restriction Lowers Blood Pressure At Rest And During Exercise Without Altering Peripheral Hemodynamics In Hypertensive Individuals, Stephen M. Ratchford, Ryan M. Broxterman, Taylor La Salle, Oh-Sung Kwon, Song-Young Park, Paul N. Hopkins, Russell S. Richardson, Joel D. Trinity
Salt Restriction Lowers Blood Pressure At Rest And During Exercise Without Altering Peripheral Hemodynamics In Hypertensive Individuals, Stephen M. Ratchford, Ryan M. Broxterman, Taylor La Salle, Oh-Sung Kwon, Song-Young Park, Paul N. Hopkins, Russell S. Richardson, Joel D. Trinity
Health and Kinesiology Faculty Publications
Dietary salt restriction is a well-established approach to lower blood pressure and reduce cardiovascular disease risk in hypertensive individuals. However, little is currently known regarding the effects of salt restriction on central and peripheral hemodynamic responses to exercise in those with hypertension. Therefore, this study sought to determine the impact of salt restriction on the central and peripheral hemodynamic responses to static-intermittent handgrip (HG) and dynamic single-leg knee extension (KE) exercise in individuals with hypertension. Twenty-two subjects (14 men and 8 women, 51 ± 10 yr, 173 ± 11 cm, 99 ± 23 kg) forewent their antihypertensive medication use for …