New Findings What is the central question of this study? Critical power is a fundamental
parameter defining high‐intensity exercise tolerance and is related to the phase II time …

The aim of this study was to determine the effect of inspiratory loading on limb locomotor
(LM) and respiratory muscle (RM) deoxygenation ([deoxy (Hb+ Mb)]) using NIRS during …

The present study examined the effect of hyperoxia on oxygen uptake (V˙ O 2) and on
maximal oxygen uptake (V˙ O 2max) during incremental exercise (IE) and constant work rate …

We hypothesized that the reduction of O2‐carrying capacity caused by the withdrawal of∼
450 ml blood would result in slower phase II O2 uptake kinetics, a lower and a reduced time …

Abstract Hingrand, C, Olivier, N, Combes, A, Bensaid, S, and Daussin, FN. Power is more
relevant than ascensional speed to determine metabolic demand at different gradient slopes …

Background: Whole body vibration (WBV) training improves maximum voluntary isometric
contraction (MVIC) of knee extensors, postural balance, functional capacity, and quality of …

ABSTRACT TSCHAKOVSKY, ME, NR SAUNDERS, KA WEBB, and DE ODONNELL. Muscle
Blood-Flow Dynamics at Exercise Onset: Do The Limbs Differ? Med. Sci. Sports Exerc., Vol …

The number of perfused capillaries in skeletal muscle varies with muscle activation. With
increasing activation, muscle fibers are recruited as motor units consisting of widely …

The influence of training status on the oxygen uptake (̇ VO _ 2) response to heavy intensity
exercise in pubertal girls has not previously been investigated. We hypothesised that whilst …

At work rates that elicit a lactic acidosis, an additional slow phase of VO2 (VO2 slow
component) is superimposed upon the underlying VO2 kinetics. Indeed, previous studies of …