Few studies have explored the kinetics of performance and perceived fatigability during high‐
intensity interval training, despite its popularity. We aimed to characterize the kinetics of …

The integrative response to exercise differs between sexes, with oxidative energy
contribution purported as a potential mechanism. The present study investigated whether …

To further refine the near-infrared spectroscopy (NIRS)-derived measure of skeletal muscle
oxidative capacity in humans, we sought to determine whether the exercise stimulus …

Emerging questions in neuromuscular physiology revolve around whether males and
females share similar neural control in diverse tasks across a broad range of intensities. In …

The asymptote (critical power; CP) and curvature constant (W') of the hyperbolic power–
duration relationship can predict performance within the severe‐intensity exercise domain …

The primary aim of this study was to compare the fatiguability and acute recovery from a
session of unilateral biceps curl exercise between habitually resistance-trained males and …

Objective Existing literature indicates that females generally demonstrate higher fatigue
resistance than males during isometric contractions. However, when it comes to single-limb …

Sex differences exist in the integrative response to exercise, however, these are typically
researched during constant-load exercise. Interval exercise involves high-intensity efforts …

The capacity to perform endurance exercise requires a continuous turnover of chemical
energy, in the form of adenosine triphosphate (ATP), to generate force in the contracting …

The traditional “relative percent method”(TRAD) of prescribing exercise (eg% of maximal
oxygen uptake [% VO2max]) elicits sex specific amounts of metabolic stress and ratios of …