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Nitric oxide (NO) and prostaglandins (PG) together play a role in regulating blood flow during exercise. NO also regulates mitochondrial oxygen consumption through competitive binding to cytochrome ...
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for its effects on glucose transport ( 42 ). Skeletal muscle cells in their basal state continuously produce low levels of nitric oxide (NO) through the action of NO synthases (NOS) ( 50 ). From the three ...
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center, excess production of NO ∙ may exert detrimental effects in sensitive cells and tissues, as well as cardiovascular function [4] .Nitric oxide is required for glucose uptake during exercise ...
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of nitric oxide (NO) in regulating total, inter-, and intramuscular hindlimb hemodynamic control at rest and during submaximal whole body exercise. We tested the hypothesis that NO synthase inhibition ( N G ...
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Nitric oxide (NO) formed via endothelial NO synthase (eNOS) plays crucial roles in the regulation of coronary blood flow through vasodilatation and decreased vascular resistance and in the inhibition ...
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that central nitric oxide (NO) blockade increases metabolic rate, reducing mechanical efficiency during exercise. To assess the role of brain nitric oxide in the plasma glucose, lactate and free fatty acids ...
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nitric oxide vascular control Copyright © 2010 the American Physiological Society Abstract The vasodilator signals regulating muscle blood flow during exercise are unclear. We tested ...
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. In conclusion, ROS and NO are involved in regulating skeletal muscle glucose uptake during contraction via an AMPK-independent mechanism. nitric oxide reactive oxygen species exercise metabolism contraction ...
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), a recent study suggests that NO does not contribute significantly to physiological increase of adipose blood flow during acute exercise ( 9 ). In addition to hormonally mediated β-adrenergic regulation ...