Arterial carbon dioxide and bicarbonate rather than pH regulate cerebral blood flow in the setting of acute experimental metabolic alkalosis von Caldwell, Hannah G., Howe, Connor A., Chalifoux, Carter J., Hoiland, Ryan L., Carr, Jay M. J. R., Brown, Courtney V., Patrician, Alexander, Tremblay, Joshua C., Panerai, Ronney B., Robinson, Thompson G., Minhas, Jatinder S., Ainslie, Philip N.

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Alterations in arterial CO2 rather than pH affect the kinetics of neurovascular coupling in humans von Caldwell, Hannah G., Howe, Connor A., Hoiland, Ryan L., Carr, Jay M.J.R., Chalifoux, Carter J., Brown, Courtney V., Patrician, Alexander, Tremblay, Joshua C., Panerai, Ronney B., Robinson, Thompson G., Minhas, Jatinder S., Ainslie, Philip N.

Volltext

Alterations in arterial CO 2 rather than pH affect the kinetics of neurovascular coupling in humans von Caldwell, Hannah G, Howe, Connor A, Hoiland, Ryan L, Carr, Jay M J R, Chalifoux, Carter J, Brown, Courtney V, Patrician, Alexander, Tremblay, Joshua C, Panerai, Ronney B, Robinson, Thompson G, Minhas, Jatinder S, Ainslie, Philip N

Volltext