THE EFFECT OF DIETARY SODIUM AND PROTEIN ON URINE VOLUME AND WATER INTAKE.
No abstract available.
HYPONATREMIA ASSOCIATED WITH EXERCISE: RISK FACTORS AND PATHOGENESIS.
No abstract available.
HYPONATREMIA ASSOCIATED WITH OVERHYDRATION IN U.S. ARMY TRAINEES.
This report describes a series of hyponatremia hospitalizations associated with heat-related injuries and apparent over-hydration. Data from the U.S. Army Inpatient Data System were used to identify all hospitalizations for hyposmolality/hyponatremia from 1996 and 1997. Admissions were considered as probable cases of overhydration hyponatremia if this was the only, or primary, diagnosis or if it [...]
VOLUNTARY DEHYDRATION AND ELECTROLYTE LOSSES DURING PROLONGED EXERCISE IN THE HEAT.
The effects of water temperature (6 degrees, 22 degrees, 46 degrees C) and chlorination on voluntary dehydration (D), sweat electrolyte losses (SEL), and total body electrolyte losses (BEL) were studied in 12 healthy males during 6 h of intermittent tread
PSYCHIATRIC MANIFESTATIONS OF HYPONATREMIA.
No abstract available.
HYPONATREMIA AND RHABDOMYOLYSIS: A POSSIBLE RELATIONSHIP
A 40-year-old schizophrenic presenting with an acute toxic psychosis was found to be severely hyponatremic with a serum osmolality of 217 mOsm/kg. The patient was combative and required physical restraints. Shortly after admission the patient's serum transaminase level was elevated, and the next day the CPK value was 175,000 IU. In addition, his serum and [...]
Disordered water metabolism: hyponatremia.
Normal osmoregulation is maintained by the proper function and interplay of factors influencing thirst, renal water metabolism, and vasopressin secretion. In pathophysiologic states, body water homeostasis is disrupted and hyponatremia ensures. Hyponatremia associated with cardiac failure, hepatic failure, respiratory failure, diabetes mellitus, the postoperative state, and other disorders is commonly found in the critical care [...]
Electrolyte & water metabolism in sports activities.
Few studies in water and electrolyte metabolism during sports activities have directed attention to magnesium. Addition of magnesium to sports beverages in appropriate concentrations appears to be safe. This article considers the potential role and availability of magnesium in fluid repletion during sports activities