… origins of the VO2 slow component, and the loss of efficiency of locomotion that the slow
component represents. In chapter one, a brief explanation of the VO2 response during exercise …

… VO2 slow component between exercise intensity domains | Pflügers Archiv - European Journal
of Physiology … cycling explains the emergence of the slow component of VO 2 in different …

… , and significant decrease in the slow component of the V̇O 2 on-kinetics (1–16). Therefore,
the increase in V̇O 2max by 40% and increase of A UTcrit (corresponding to CP) by 35% …

… the impact of ramp and constant-load exercise on (i) respiratory muscle fatigue and locomotor
muscle oxygenation, (ii) their relationship with the excess VO 2 and VO 2 slow component (…

… 0.36 L·min ―1 ), and then a slow component in two of the participants ( τ = 80.8 ± 37 s; a =
0.47 ± 0.05 L·min ―1 ) or without a slow component in six of the participants during exercises …

… is often, but not always, projecting towards a value that far exceeds the value that is
ultimately achieved, the actual increase in VO2 attributable to the slow component (A'slow) was …

The purpose of this study was to examine the time course of changes in the oxygen uptake (V̇o
2 ) kinetics response subsequent to short-term exercise training (ie, 24, 48, 72, and 120 …

… of the slow component at the end of the exercise (A′ … VO2 steady state value at 30 W and
the values of VO2 at A′ … The relative contribution of the slow component to the overall VO2 …

… ) to the relationship between physiological function variables and body … physiological
function and body mass:(1) x = w α + 1 3 β + 1 3 γ where x represents a physiological function, w …

… VO2 slow component appears to manifest during heavy-… phase 2 τ and smaller VO2 slow
component in youth, independent … advances in our understanding of pediatric physiology have …