Purpose Determine whether supraspinal mechanisms contribute to the sex difference in
fatigability during and recovery from a dynamic and isometric fatiguing task with the knee …

Young women are less fatigable than young men for maximal and submaximal contractions,
but the contribution of supraspinal fatigue to the sex difference is not known. This study used …

Females are less fatigable than males during isometric contractions across various muscles
and intensities. However, sex differences in knee-extensor fatigability remain relatively …

Purpose This study examined the mechanisms for force and power reduction during and up
to 48 h after maximal eccentric contractions of the knee extensor muscles in young men and …

Purpose We examined differences between trained males and females in measures of
muscular fatigability and central motor output after a resistance exercise session. Methods …

BACKGROUND: Gender difference in the fatigability of muscles can be attributed to muscle
mass (or strength) and associated level of vascular occlusion, substrate utilization, muscle …

New Findings What is the topic of this review? Women are usually less fatigable than men
for isometric fatiguing contractions of similar intensity, but whether this occurs for dynamic …

Introduction: Whether there is a gender difference in fatigue and recovery from maximal
velocity fatiguing contractions and across muscles is not understood. Methods: Sixteen men …

Muscle fatigue is a limiting factor of human performance. It is unclear whether sex-based
differences in fatigability exist during dynamic exercise of varying velocities of contraction …

A sustained voluntary contraction increases central fatigue and produces a 'cross-over'of
fatigue during a subsequent contraction of the contralateral limb. These studies compared …