American Journal of Physiology-Legacy Content · 1956 · 15 citations · 0 references
Cardiac MuscleHypertonicityLow TemperaturesPhysiologyCaval OcclusionCardiologyElectrophysiologyCardiovascular PhysiologyHypothermic HeartMedicineHuman PhysiologyPotassium HomeostasisRespiratory ControlAnesthesiology
During surface cooling to 26° with respiratory control to prevent hypercapnia, the plasma K level falls. Plasma glucose levels parallel the K variations. There is some evidence of failure of utilization of glucose at low temperatures. A marked negative coronary arteriovenous K difference develops during caval occlusion and circulatory arrest.