Do 5% changes around maximal lactate steady state lead to swimming biophysical modifications?
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- 作者：Jailton Gregó ; rio Pelarigoa ; b ; c ; d ; jailtongp@hotmail.com" class="auth_mail" title="E-mail the corresponding author ; Camila Coelho Grecoe ; Benedito Sé ; rgio Denadaie ; Ricardo Jorge Fernandesc ; d ; Joã ; o Paulo Vilas-Boasc ; d ; David Robert Pendergastf
- 关键词：Aerobic capacity ; Gas exchange ; Oxygen uptake ; Oxygen uptake efficiency ; Biomechanical parameters
- 刊名：Human Movement Science
- 出版年：2016
- 出版时间：October 2016
- 年：2016
- 卷：49
- 期：Complete
- 页码：258-266
- 全文大小：489 K
文摘
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V̇O2, Ė and C remain constant as a function of time at intensities up to MLSS.
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V̇O2, Ė and C still remain constant as a function of time at 102.5%MLSS.
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Hyperventilation and decreased OUE are observed as a function of time at 102.5%MLSS.
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Biomechanics factors are compromised as a function of time at 102.5%MLSS.
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Bioenergetical and biomechanics changes at 102.5%MLSS reduce swim ability.