Journal of Clinical Investigation · 1939 · 108 citations · 11 references
PharmacyNutritionToxicologyAnesthesiaHepatotoxicologyNutritional ToxicologyHepatic ImpairmentHepatotoxicity From Dietary ExposuresHepatotoxicity MechanismsAnimal Diet EffectsCanine AnesthesiaFatty InfiltrationHepatic Metabolism ChangesInfiltrationPhysiologic Effects Of AnesthesiaToxicity In Animals
In a previous publication, data were presented which show that anesthesia produced by the in- halation of chloroform or divinyl ether, volatilized by a stream of oxygen, results in much less dam- age to the liver of the dog than when air is used as the volatilizing agent (1). Evidence already presented (2) reveals, in the dog, no difference in the rate or the degree of discharge of hepatic glvcogen, or the height to which the blood sugar rises, or the amount of fatty infiltration, when the chloroform is volatilized with air or with oxygen, provided a very marked anoxemia does not exist. The protective action of oxygen appears not to be associated with these metabolic changes.
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C.A. Good, Hildegarde V. Kramer, Michael Somogyi · Journal of Biological Chemistry · 1933 · 1.2K citations · Full text
Quantitative Clinical Chemistry.
Archives of Internal Medicine · 1932 · 840 citations