| OCR Text |
Show 68 Metabolic and Volume Ventilatory Data • Oxygen uptake the significantly higher was normoconvective trial 3.13 (M + compared to the hyperconvective trial L*min-1), difference of a significant effect Trial time for comparison data trials as evaporative heat in rate to Layton, and roughly It Q10 effect are that and double the 10 a contrast between adjacent (Bennett, prolonged metabolism .001) lower runners It in oxygen uptake is & Fahey, however, a a exercise 1984; et manner a extreme al., changes in increase will Rowell et al., increase metabolic known as 1969). in muscle efficiency. hyperthermia during 1985). efficiency Reddan, established that controlled optimal and higher metabolic by MacDougall, is well strong limiting (Kozlowski a enzymatic reactions, is necessary for work levels. body temperature in elevated °c temperature of rates (Brooks 1984); A main and a sensitive to extremely is also established that temperature but investigation in this (1974). Dempsey biological systems the The transfer. reported in that temperature .27 + .001) ln as governed by variations in convective cyclists during similar (M (R normoconvective trial resulted in the 2.97 003) strongly influenced by thermoregulatory were differences L*min-1) .31 differences the that . (see Figure 8). noted, was significance no imply L*min-1 interaction .005) < revealed These across Time x (R .16 (R seen to factor The muscle significantly (R during the < |
