Alkalosis increases muscle K+ release, but lowers plasma [K+] and delays fatigue during dynamic forearm exercise von Sostaric, Simon M., Skinner, Sandford L., Brown, Malcolm J., Sangkabutra, Termboon, Medved, Ivan, Medley, Tanya, Selig, Steve E., Fairweather, Ian, Rutar, Danny, McKenna, Michael J.

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Alkalosis increases muscle K super(+) release, but lowers plasma [K super(+)] and delays fatigue during dynamic forearm exercise von Sostaric, Simon M, Skinner, the late Sandford L, Brown, Malcolm J, Sangkabutra, Termboon, Medved, Ivan, Medley, Tanya, Selig, Steve E, Fairweather, Ian, Rutar, Danny, McKenna, Michael J

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Fatigue depresses maximal in vitro skeletal muscle Na+-K+-ATPase activity in untrained and trained individuals von Fraser, Steve F, Li, Jia L, Carey, Michael F, Wang, Xiao N, Sangkabutra, Termboon, Sostaric, Simon, Selig, Steve E, Kjeldsen, Keld, McKenna, Michael J

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Physical performance and associated electrolyte changes after haemoglobin normalization : a comparative study in haemodialysis patients von MCMAHON, L. P, MCKENNA, M. J, SANGKABUTRA, T, MASON, K, SOSTARIC, S, SKINNER, S. L, BURGE, C, MURPHY, B, CRANKSHAW, D

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Impaired K+ regulation contributes to exercise limitation in end-stage renal failure von Sangkabutra, Termboon, Crankshaw, David P., Schneider, Claudia, Fraser, Steve F., Sostaric, Simon, Mason, Kim, Burge, Caroline M., Skinner, Sandford L., Mcmahon, Lawrence P., McKenna, Michael J.

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