JAMA · 1964 · 99 citations · 6 references
MedicineAnesthesiologyPerioperative MedicineAnesthesiaCritical Care AnesthesiologyGeneral AnesthesiologyAnesthetic MonitoringIntraoperative MonitoringPerioperative MonitoringPostoperative MonitoringTemperature ManagementTemperature RegulationCoolingHyperthermiaPostoperative Temperature ManagementPostoperative Temperature MonitoringRapid CoolingTemperature Control During AnesthesiaTemperature Management During AnesthesiaTemperature Monitors
The development of hyperthermia in an anesthetized patient can be a serious threat to the patient's life. Once the temperature rise begins, it proceeds at an ever increasing rate. It may go unrecognized until a sudden deterioration in the patient's condition calls attention to his plight. The physiologic abnormalities associated with the hyperthermia include dehydration, hypotension, hypoxia, and acidosis. Treatment must be prompt if irreversible tissue damage or death are to be avoided, and includes rapid cooling, rehydration, and correction of the electrolyte and acid-base abnormalities. Prevention must include adequate evaluation and treatment of preoperative temperature elevations and hypermetabolic states. Use of intraoperative temperature monitoring would enable the anesthesiologist to recognize and treat the elevated temperature before it climbed seriously high and led to physiological decompensation.
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Textbook of Medical Physiology
Annals of Internal Medicine · 1966 · 9.8K citations
Life Sciences, Anatomy, Physiology +12
A New Approach to Acid-Base Metabolism
Poul Astrup · Clinical Chemistry · 1961 · 87 citations · Full text
William B. Wood, Emmett S. Manley, Robert A. Woodbury · Journal of Pharmacology and Experimental Therapeutics · 1963 · 31 citations