Critical torque (CT) represents the highest oxidative steady state for intermittent knee
extensor exercise, but the extent to which it is influenced by skeletal muscle mitochondria …

Aims (i) To determine whether exercise‐induced increases in muscle mitochondrial volume
density (MitoVD) are related to enlargement of existing mitochondria or de novo biogenesis …

A sedentary lifestyle has been linked to a number of metabolic disorders that have been
associated with sub-optimal mitochondrial characteristics and an increased risk of …

Mitochondria adapt to increased energy demands during muscle contraction by acutely
altering metabolite fluxes and substrate oxidation. With age, an impaired mitochondrial …

Objective Exercise-induced muscle damage (EIMD) has been shown to reduce endurance
exercise performance. This study examined the effects of EIMD on critical torque (CT) and …

Perturbations in mitochondrial health may foster age-related losses of aerobic capacity
(VO2peak) and skeletal muscle size. However, limited data exist regarding mitochondrial …

Mitochondrial dysfunction may contribute to age-associated muscle atrophy. Previous data
has shown that resistance exercise (RE) increases mitochondrial gene expression and …

Aim: Mitochondrial function has previously been studied in ageing, but never in humans
matched for maximal oxygen uptake (). Furthermore, the influence of ageing on …

Key points The present study utilized a novel method aiming to investigate mitochondrial
function in human skeletal muscle at submaximal levels and at a predefined membrane …

Introduction The loss of mitochondrial function and content have been implicated in
sarcopenia although they have been little studied in the very old, the group in which …