Titlebook: Alcohol Intoxication and Withdrawal - IIIb; Studies in Alcohol D Milton M. Gross Book 1977 The Editor(s) (if applicable) and The Author(s),

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Prantik Bhattacharyya,Shyhtsun Felix Wu hamsters show a marked preference for ethanol solutions in free-choice experiments. Given a choice of water or a 10% ethanol solution, hamsters will drink 88% of their total fluid as ethanol solution (Arvola and Forsander, 1961). Furthermore, the most preferred concentration of ethanol for the male

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InfoSearch: A Social Search Engine,wo types of withdrawal syndromes. The first, an acute withdrawal syndrome was observed within 12 hr after the discontinuation of the ethanol treatment and was characterized by extreme hyperexcitability. The second, a delayed withdrawal syndrome was characterized by a more coordinated behavioral stim

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Supervised Learning for Operational Support,oneal injection of a drug or its vehicle to one of the rats. Attack behavior by dominant rats toward nondrugged opponents was increased by a low dose of alcohol (0.5 g/kg) or of chlordiazepoxide (5 mg/kg), but suppressed by Δ.-tetrahydrocannabinol (THC). In experienced subordinate rats, the highest

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Frontiers in Electronic Testingnding upon the type of cell studied. Alcohol seems to act upon some nerves by changing their membrane ionic conductance, while opiates seem to affect synaptic events. However, all of the known neural actions of these substances involve calcium-dependent mechanisms. A hypothesis is proposed to account for these facts.

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On the Possibility that Opiate and Ethanol Actions are Mediated by Similar Mechanismsnding upon the type of cell studied. Alcohol seems to act upon some nerves by changing their membrane ionic conductance, while opiates seem to affect synaptic events. However, all of the known neural actions of these substances involve calcium-dependent mechanisms. A hypothesis is proposed to account for these facts.