Slow Training Effect on Intracellular Lipid in Skeletal Muscle

Keywords

accompaniment accomplished accumulation acquisition aerobic ahead although amount appears argued arms audience beneficial body broadly calf calves cardiovascular carried chess clear clinical coils committee concentrations content context contribute control conversion convert cross cycles decrease decreased diabetes disease diseases divided dominant equivalent every exercise fatty final fitness fixed focal food form function generation gradual gradually health healthy hours hypertrophy impaired improves increasing informed insulin intake intensity isometric known lifestyle light lipid local machine male mass maximal measured measures mechanism metabolism methylene month months muscle muscles oxidation oxidative oxygenation paired participants patients peak period position post potential press print proportion protons raise raising randomly reduce regularly related relationships repeated requiring resistance sectional shimming side simple skeletal slight slow special spectral spectroscopic spectroscopy sports start statistically store strategy strength stress studied surface system systems table thickest tissue tonic took torso trained training treatment twenty undesirable unsuppressed variability variable vascular volunteer volunteers water years young