Maximal voluntary torque and rate of torque development are not effected by whole-body hyperthermia or ten consecutive days of isothermic heat acclimation.
Maximal voluntary torque and rate of torque development are not effected by whole-body hyperthermia or ten consecutive days of isothermic heat acclimation.
Gordon, Ralph
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Tyler, Christopher James
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Diss, Ceri Elen
c722a9ed-ec07-45ef-8e1e-7d48f478e728
Tillin, Neale Anthony
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6 July 2020
Gordon, Ralph
00e4cfb1-43a6-4702-acd1-e6f2643f7531
Tyler, Christopher James
9faa5e93-c463-482f-add9-92dea169d167
Diss, Ceri Elen
c722a9ed-ec07-45ef-8e1e-7d48f478e728
Tillin, Neale Anthony
da771b23-7207-400b-aa1d-4a07c82aaaab
Gordon, Ralph, Tyler, Christopher James, Diss, Ceri Elen and Tillin, Neale Anthony
(2020)
Maximal voluntary torque and rate of torque development are not effected by whole-body hyperthermia or ten consecutive days of isothermic heat acclimation.
Future Physiology: The Physiological Society, , Online.
06 - 10 Jul 2020.
1 pp
.
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Abstract_Future Physiology 2020_RG_FINAL VERSION
- Author's Original
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Published date: 6 July 2020
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Future Physiology: The Physiological Society, , Online, 2020-07-06 - 2020-07-10
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Local EPrints ID: 502750
URI: http://eprints.soton.ac.uk/id/eprint/502750
PURE UUID: f25225fe-1256-4a51-ac6f-9f02810787f3
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Date deposited: 08 Jul 2025 16:30
Last modified: 09 Jul 2025 02:09
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Contributors
Author:
Ralph Gordon
Author:
Christopher James Tyler
Author:
Ceri Elen Diss
Author:
Neale Anthony Tillin
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