Aim If the development of the oxygen uptake slow component (V̇O2SC) and muscle fatigue
are related, these variables should remain coupled in a time‐and intensity‐dependent …

The V˙ O 2 slow component (V˙ O 2 sc) that develops during high-intensity aerobic exercise
is thought to be strongly associated with locomotor muscle fatigue. We sought to …

Purpose In theory, a slow oxygen uptake (̇ VO_2 V˙ O 2) kinetics leads to a greater
accumulation of anaerobic by-products, which can, in turn, induce more neuromuscular …

During constant-power output (PO) exercise above lactate threshold (LT), pulmonary O2
uptake (V̇o2p) features a developing slow component (V̇o2pSC). This progressive …

The aim of the present study was to investigate effects of muscle fatigue on oxygen costs of
ergometer cycling and slow component of pulmonary oxygen uptake (VO 2) kinetics. Seven …

BACKGROUND: The purpose of the present study was to examine the relationship between
the slow component of oxygen uptake (VO2) and muscle fiber fatigue. Maximal power output …

Purpose To investigate the kinetics of O2 uptake (VO2) and m. vastus lateralis
[deoxyhemoglobin]([Hb])(near-infrared spectroscopy) for supramaximal intermittent cycling …

Purpose When exercising above the lactic threshold (LT), the slow component of oxygen
uptake (V˙ O 2sc) appears, mainly ascribed to the progressive recruitment of Type II fibers …

We hypothesized that an extremely high pedal rate would induce much more type II muscle
fibers recruitment even at an early phase of the same absolute work rate compared with …

Purpose During constant-rate high-intensity exercise, a steady state for oxygen uptake
(VO2) is not achieved and, after the initial rapid increase, VO2 continues to increase slowly …