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机译:电针通过阿片酸敏感机制减少嗜酒精大鼠的自愿饮酒量。
Bowles Center for Alcohol Studies UNC School of Medicine Chapel Hill NC 27599-7178 USA;
Bio-Organic and Natural Products Laboratory Mailman Research Center 317 McLean Hospital/Harvard Medical School 115 Mill Street Belmont MA 02478 USA;
Bio-Organic and Natural Products Laboratory Mailman Research Center 317 McLean Hospital/Harvard Medical School 115 Mill Street Belmont MA 02478 USA;
Bio-Organic and Natural Products Laboratory Mailman Research Center 317 McLean Hospital/Harvard Medical School 115 Mill Street Belmont MA 02478 USA;
Bio-Organic and Natural Products Laboratory Mailman Research Center 317 McLean Hospital/Harvard Medical School 115 Mill Street Belmont MA 02478 USA;
Behavioral Psychopharmacology Research Laboratory McLean Hospital/Harvard Medical School Belmont MA 02478 USA;
Bio-Organic and Natural Products Laboratory Mailman Research Center 317 McLean Hospital/Harvard Medical School 115 Mill Street Belmont MA 02478 USA;
Electroacupuncture; iP rat; Alcohol; Naltrexone;
机译:电针通过鸦片敏感机制可减少酒精偏爱大鼠的自愿饮酒量。
机译:偏好酒精的大鼠品系的比较研究:剥夺和应激阶段对自愿饮酒的影响。
机译:在间歇性接触20%酒精的撒丁岛偏爱酒精的大鼠中,酒精摄入量增加,酒精饮用灵活性降低,并且有酒精中毒的迹象。
机译:理论方法逻辑模型:使用减少的酒精摄入量(RAI)逻辑模型预防脱水症状
机译:慢性酒精对偏爱酒精的大鼠的转录组和DNA甲基化模式的影响。
机译:在酒精偏爱(P)大鼠被剥夺后反复使用酒精后瓦伦尼克林减少了酒精的摄入。
机译:P-48胰高血糖素类肽1类似物Liraglutide衰减酒精诱导的奖励,降低酒精摄入,防止在近交啮齿动物中的复发饮酒,并减少撒丁岛酒精醇偏爱大鼠的操作醇自我管理