BMJ · 1975 · 44 citations · 1 references
Life SciencesPhysiologyVeterinary PhysiologyAnimal PhysiologyMetabolismStress PhysiologyHeat StressHeat Stress PhysiologyMetabolic RateRadiation PhysiologySwine PhysiologyThermal PhysiologyHeat LossHemodynamic Effects Of VasodilatorsHyperthermiaMetabolic Heat ProductionMetabolic Rate RegulationMetabolic Responses To Heat StressPeripheral VasoconstrictionPhysiological Responses To Heat Stress
Pigs susceptible to the fulminant hyperthermia-stress syndrome spontaneously developed the hyperthermia syndrome. Basal metabolic rates 10-fold higher than normal were observed in these animals. The metabolic rate exceeded a 17-fold increase over normal with a total heat production of over 28.25 J (6;76 kcal) h-1 kg-1. Heat loss by radiation ceased early in the syndrome, possibly owing to intense peripheral vasoconstriction--a finding which suggests that in man vasodilators might have an important therapeutic role.
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