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Hypocapnia
The contribution of arterial blood gases in cerebral blood flow regulation and fuel utilization in man at high altitude.
The effects of partial acclimatization to high altitude (HA; 5,050 m) on cerebral metabolism and cerebrovascular function have not been …
Christopher K Willie
,
David B MacLeod
,
Kurt J Smith
,
Nia C Lewis
,
Glen E Foster
,
Keita Ikeda
,
Ryan L Hoiland
,
Philip N Ainslie
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DOI
Impact of hypocapnia and cerebral perfusion on orthostatic tolerance.
We examined two novel hypotheses: (1) that orthostatic tolerance (OT) would be prolonged when hyperventilatory-induced hypocapnia (and …
Nia C S Lewis
,
Anthony R Bain
,
David B MacLeod
,
Kevin W Wildfong
,
Kurt J Smith
,
Christopher K Willie
,
Marit L Sanders
,
Tianne Numan
,
Shawnda A Morrison
,
Glen E Foster
,
Julian M Stewart
,
Philip N Ainslie
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Dynamic cerebral autoregulation during and following acute hypoxia: role of carbon dioxide.
Previous research has shown an inconsistent effect of hypoxia on dynamic cerebral autoregulation (dCA), which may be explained by …
Jordan S Querido
,
Philip N Ainslie
,
Glen E Foster
,
William R Henderson
,
John R Halliwill
,
Najib T Ayas
,
A William Sheel
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High on altitude: new attitudes toward human cerebral blood flow regulation and altitude acclimatization
Glen E. Foster
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