We tested the hypothesis that the asymptote of the hyperbolic relationship between work
rate and time to exhaustion during muscular exercise, the “critical power”(CP), represents …

We investigated the responses of intramuscular phosphate-linked metabolites and pH (as
assessed by 31P-MRS) during intermittent high-intensity exercise protocols performed with …

We tested the hypothesis that muscle high-energy phosphate compounds and metabolites
related to the fatigue process would be recovered after exhaustion during recovery exercise …

Severe‐intensity constant‐work‐rate exercise results in the attainment of maximal oxygen
uptake, but the muscle metabolic milieu at the limit of tolerance (Tlim) for such exercise …

It is not possible to attain a metabolic steady state during exercise above the so‐called
critical force or critical power. We tested the hypothesis that the muscle metabolic …

Purpose The primary purpose of this investigation was to compare the recovery of the W′ to
the recovery of intramuscular substrates and metabolites using 31 P-and 1 H-magnetic …

The purpose of this study was to determine the feasibility of measuring with 31P nuclear
magnetic resonance the effects of an endurance training program on the high-energy …

The purpose of the present study was to assess the reliability of metabolic parameters
measured using 31P magnetic resonance spectroscopy (31P MRS) during two standardized …

Lactate or gas exchange threshold (GET) and critical power (CP) are closely associated with
human exercise performance. We tested the hypothesis that the limit of tolerance (Tlim) …

Key points The power‐asymptote (critical power; CP) of the hyperbolic power–time
relationship for high‐intensity exercise defines a threshold between steady‐state and non …