Ketone Bodies Impact on Hypoxic CO2 Retention Protocol During Exercise | Zendy

Philip J. Prins | Zendy; Jeffrey D. Buxton | Zendy; Tyler S. McClure | Zendy; Dominic P. D’Agostino | Zendy; Dana L. Ault | Zendy; Gary L. Welton | Zendy; Dalton Jones | Zendy; Adam D. Atwell | Zendy; Macey A. Slack | Zendy; Marah L. Slack | Zendy; Chloe Williams | Zendy; Morgan E. Blanchflower | Zendy; Kristia K. Kannel | Zendy; Madison N. Faulkner | Zendy; Hannah L. Szmaciasz | Zendy; Stephanie M. Croll | Zendy; Lindsey M. Stanforth | Zendy; Tim Harris | Zendy; Holton C. Gwaltney | Zendy; Andrew P. Koutnik | Zendy

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Ketone Bodies Impact on Hypoxic CO2 Retention Protocol During Exercise

Author(s) -

Philip J. Prins,

Jeffrey D. Buxton,

Tyler S. McClure,

Dominic P. D’Agostino,

Dana L. Ault,

Gary L. Welton,

Dalton Jones,

Adam D. Atwell,

Macey A. Slack,

Marah L. Slack,

Chloe Williams,

Morgan E. Blanchflower,

Kristia K. Kannel,

Madison N. Faulkner,

Hannah L. Szmaciasz,

Stephanie M. Croll,

Lindsey M. Stanforth,

Tim Harris,

Holton C. Gwaltney,

Andrew P. Koutnik

Publication year - 2021

Publication title -

frontiers in physiology

Language(s) - Uncategorized

Resource type - Journals

SCImago Journal Rank - 1.32

H-Index - 102

ISSN - 1664-042X

DOI - 10.3389/fphys.2021.780755

Subject(s) - bicarbonate , respiratory exchange ratio , heart rate , respiratory rate , carbon dioxide , pco2 , chemistry , crossover study , medicine , anesthesia , zoology , placebo , blood pressure , biology , alternative medicine , organic chemistry , pathology

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