Listar por autor "Gasho, C."

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  • Acid-base balance at high altitude in lowlanders and indigenous highlanders 
    Tymko, M.M.; Willie, C.K.; Howe, C.A.; Hoiland, R.L.; Stone, R.M.; Tymko, K.; Tymko, C.; MacLeod, D.; Anholm, J.D.; Gasho, C.; Villafuerte, Francisco C.; Vizcardo-Galindo, G.; Figueroa-Mujica, R.; Day, T.A.; Bird, J.D.; Foster, G.E.; Steinback, C.D.; Brugniaux, J.V.; Champigneulle, B.; Stauffer, E.; Doutreleau, S.; Verges, S.; Swenson, E.R.; Ainslie, P.N. (American Physiological Society, 2022)
    High-altitude exposure results in a hyperventilatory-induced respiratory alkalosis followed by renal compensation (bicarbonaturia) to return arterial blood pH (pHa) toward sea-level values. However, acid-base balance has ...
  • Global REACH 2018: renal oxygen delivery is maintained during early acclimatization to 4,330 m 
    Steele, A.R.; Tymko, M.M.; Meah, V.L.; Simpson, L.L.; Gasho, C.; Dawkins, T.G.; Villafuerte, Francisco C.; Ainslie, P.N.; Stembridge, M.; Moore, J.P.; Steinback, C.D. (American Physiological Society, 2020)
    Early acclimatization to high altitude is characterized by various respiratory, hematological, and cardiovascular adaptations that serve to restore oxygen delivery to tissue. However, less is understood about renal function ...
  • Highs and lows of sympathetic neurocardiovascular transduction: influence of altitude acclimatization and adaptation 
    Berthelsen, L.F.; Fraser, G.M.; Simpson, L.L.; Vanden Berg, E.R.; Busch, S.A.; Steele, A.R.; Meah, V.L.; Lawley, J.S.; Figueroa-Mujíca, R.J.; Vizcardo-Galindo, G.; Villafuerte, Francisco C.; Gasho, C.; Willie, C.K.; Tymko, M.M.; Ainslie, P.N.; Stembridge, M.; Moore, J.P.; Steinback, C.D. (American Physiological Society, 2020)
    High-altitude (>2,500 m) exposure results in increased muscle sympathetic nervous activity (MSNA) in acclimatizing lowlanders. However, little is known about how altitude affects MSNA in indigenous high-altitude populations. ...

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