A comprehensive characterization of neuromuscular and perceptual mechanisms of fatigue
at task failure following exercise across the entire intensity spectrum is lacking. This study …

A variable pacing profile is common in different endurance events. In these races, several
factors, such as changes in elevation or race dynamics, lead participants to perform …

Key points The heavy‐to‐severe intensity exercise threshold (ie critical force) distinguishes
between steady‐state and progressive metabolic and neuromuscular responses to exercise …

The role of muscle mass in modulating performance and perceived fatigability across the
entire intensity spectrum during cycling remains unexplored. We hypothesized that at task …

Purpose To determined sex differences in absolute-and%-reductions in blood flow during
intermittent muscular contractions as well as relationships between blood flow reductions …

Extreme-intensity exercise is described by W′ ext (analogous to J′ for isometric exercise)
that is smaller than W′ of severe-intensity exercise (W′ sev) in males. Sex differences in …

Objectives Whether performance fatigability and its determinants (ie, peripheral and central
fatigue) after cycling exercise performed at extreme-and severe-intensity domains are of …

Maximal voluntary contraction force (MVC), potentiated twitch force (Qpot), and voluntary
activation (% VA) recover to baseline within 90 s following extreme-intensity exercise …

This study aimed to assess the predictive capability of different critical power (CP) models on
cycling exercise tolerance in the severe-and extreme-intensity domains. Nineteen cyclists …

New Findings What is the central question of this study? Do muscle size, maximal force and
exercise intensity influence the recovery time constant for the finite impulse above critical …