The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain

The purpose of this study was to evaluate the effect of mode and intensity on VO2 kinetics in the severe intensity domain. Seventeen participants completed 3-7 tests each on a cycle ergometer and treadmill. For each test, Tfatigue, VO2max, Tmean response, VO2GAIN, TVO2max and T@VO2max were determin...

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Bibliographic Details
Main Author: Updyke, Rhonda S.
Other Authors: Hill, David W.
Format: Others
Language:English
Published: University of North Texas 2000
Subjects:
Online Access:https://digital.library.unt.edu/ark:/67531/metadc2493/
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spelling ndltd-unt.edu-info-ark-67531-metadc24932017-03-17T08:35:49Z The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain Updyke, Rhonda S. Oxygen in the body. Cycling -- Physiological aspects. Running -- Physiological aspects. running VO2 response The purpose of this study was to evaluate the effect of mode and intensity on VO2 kinetics in the severe intensity domain. Seventeen participants completed 3-7 tests each on a cycle ergometer and treadmill. For each test, Tfatigue, VO2max, Tmean response, VO2GAIN, TVO2max and T@VO2max were determined. Linear regression techniques were used to describe the relationship between TVO2max and Tfatigue . VO2max values were higher in running. The VO2 response profile was faster for running than cycling and faster at higher intensities. The faster VO2 response in running may be associated with larger active muscle mass or differences in muscle activation patterns. The faster response at higher intensities may suggest that VO2 response is driven by O2 demand. University of North Texas Hill, David W. Goggin, Noreen Koziris, L. Perry 2000-05 Thesis or Dissertation Text oclc: 47233207 untcat: b2302285 https://digital.library.unt.edu/ark:/67531/metadc2493/ ark: ark:/67531/metadc2493 English Public Copyright Updyke, Rhonda S. Copyright is held by the author, unless otherwise noted. All rights reserved.
collection NDLTD
language English
format Others
sources NDLTD
topic Oxygen in the body.
Cycling -- Physiological aspects.
Running -- Physiological aspects.
running
VO2 response
spellingShingle Oxygen in the body.
Cycling -- Physiological aspects.
Running -- Physiological aspects.
running
VO2 response
Updyke, Rhonda S.
The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
description The purpose of this study was to evaluate the effect of mode and intensity on VO2 kinetics in the severe intensity domain. Seventeen participants completed 3-7 tests each on a cycle ergometer and treadmill. For each test, Tfatigue, VO2max, Tmean response, VO2GAIN, TVO2max and T@VO2max were determined. Linear regression techniques were used to describe the relationship between TVO2max and Tfatigue . VO2max values were higher in running. The VO2 response profile was faster for running than cycling and faster at higher intensities. The faster VO2 response in running may be associated with larger active muscle mass or differences in muscle activation patterns. The faster response at higher intensities may suggest that VO2 response is driven by O2 demand.
author2 Hill, David W.
author_facet Hill, David W.
Updyke, Rhonda S.
author Updyke, Rhonda S.
author_sort Updyke, Rhonda S.
title The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
title_short The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
title_full The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
title_fullStr The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
title_full_unstemmed The Effect of Mode and Intensity on Vo2 Kinetics in the Severe Intensity Domain
title_sort effect of mode and intensity on vo2 kinetics in the severe intensity domain
publisher University of North Texas
publishDate 2000
url https://digital.library.unt.edu/ark:/67531/metadc2493/
work_keys_str_mv AT updykerhondas theeffectofmodeandintensityonvo2kineticsinthesevereintensitydomain
AT updykerhondas effectofmodeandintensityonvo2kineticsinthesevereintensitydomain
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