Alcoholism Clinical and Experimental Research · 1983 · 16 citations · 21 references
PharmacyBiochemistryPharmacologyAlcohol ToxicologyPsychopharmacologySubstance Use DisordersAlcohol PharmacodynamicsAlcohol PharmacologyAlcohol Use ReductionBlood Alcohol ConcentrationEthanol PharmacokineticsAcetaldehyde EffectsAlcoholic Beverage Type EffectsBiochemical CharacterizationBlood Ethanol MeasurementCardiovascular Effects Of AlcoholHeart RatePeak Blood Alcohol ConcentrationSkin Temperature Measurement
Treatment for 2 days with disulfiram (3.5 mg/kg once daily) and calcium carbimide (0.7 mg/kg twice daily) in social drinkers produced, as compared to controls, similar blood ethanol values, 2- to 3-fold increases in blood acetaldehyde, respectively, and increased heart rate, pulse pressure, skin temperature, and flushing following 0.15 g/kg of ethanol taken 12 hr after the last drug administration. Peak blood acetaldehyde concentration was greater for calcium carbimide compared to disulfiram (p less than 0.05) and subjects treated with calcium carbimide experienced greater discomfort compared to disulfiram due to palpitations and shortness of breath, and they reported less intention to drink during the reaction. However, neither drug produced sufficient aversion to curtail further drinking totally. With repeated drinks, there was an overall reduction of blood acetaldehyde concentration for calcium carbimide of 85% and for disulfiram of 35%. These data may provide a biochemical basis for the claims of certain alcoholics that they can drink to "burn off" the effects of these drugs.
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THE ROLE OF ACETALDEHYDE IN THE ACTIONS OF ETHANOL
J H Eckfeldt, Koji Takio, L. Mope et al. · 1975 · 251 citations
Intracellular localization of aldehyde dehydrogenase in rat liver
Leo A. Marjanen · Biochemical Journal · 1972 · 155 citations · Full text
Disulfiram toxicity and carbon disulfide poisoning
J M Rainey · American Journal of Psychiatry · 1977 · 90 citations
Pharmacy, Pharmacology, Toxicology +17