Publication | Closed Access
Considering exercise-associated hyponatraemia as a continuum
16
Citations
13
References
2018
Year
Electrolyte DisorderPhysical ActivityExercise-associated HyponatraemiaIntegrative PhysiologyClinical PhysiologyKinesiologyExerciseElectrolyte DisturbancePhysical ExerciseApplied PhysiologyClinical ExerciseOverhydration RelativeHealth SciencesSodium HomeostasisPhysical FitnessClinical Exercise PhysiologyHuman PhysiologyExercise ScienceExercise PhysiologyPhysiologyAthletic TrainingMedicine
Exercise-associated hyponatraemia (EAH) always involves a component of overhydration relative to available exchangeable sodium stores. In the majority of cases, this is purely due to excessive consumption of fluids during exercise. In a lesser number of cases, it is apparent that excessive sodium loss through sweat may play a role by decreasing the amount of acutely available exchangeable sodium. Two cases demonstrating the latter, one in an individual with cystic fibrosis (CF) and another in an endurance athlete without CF, demonstrate how elevated dermal sweat losses may contribute to a <i>relative</i> dilutional EAH along a pathophysiological continuum.
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