MRI can provide fundamental tools in decoding physiological stressors stimulated by
training paradigms. Acute physiological changes induced by three diverse exercise …

Important physiological quantities for investigating muscle hypertrophy include blood
oxygenation, cell swelling, and changes in blood flow. The purpose of this study was to …

Aim We compared muscular metabolic stress during exercise performed at multiple
intensities, from very low to moderate, with blood flow restriction (BFR) adjusted by the same …

Although skeletal muscle perfusion is fundamental to proper muscle function, in vivo
measurements are typically limited to those of limb or arterial blood flow, rather than flow …

The purpose of this study was to test the hypothesis that the reduction in plasma volume
(PV) induced by resistance exercise reflects fluid loss to the extravascular space and …

Muscle functional magnetic resonance imaging (mfMRI) is an innovative technique that
offers a noninvasive method to quantify changes in muscle physiology following the …

Our previous study reported that metabolic stress in skeletal muscle achieved by combining
moderate blood flow restriction (BFR) with low-intensity resistance exercise at 20% of one …

The maintenance of skeletal muscle mass is crucial for human health and long term survival.
However, the aging process is associated with an involuntary loss of muscle mass and the …

We sought to determine whether early increases in cross‐sectional area (CSA) of different
muscles composing the quadriceps with low‐load resistance training with blood flow …

The aim of this study was to compare exercise with and without different degrees of blood
flow restriction (BFR) on acute changes in muscle thickness (MTH) and whole blood lactate …