1.
Addiction to narcotics such as opium, heroin, or morphine.
麻醉瘾对成瘾药物如鸦片、海洛因或吗啡成瘾的
2.
Study of Neurosteroids Involved in the Development of Morphine Addiction and Its Related Neurobiochemical Mechanisms;
神经甾体参与大鼠吗啡成瘾及其机制探讨
3.
Changes of mu Opioid Receptor in Brain Regions of Morphine Dependent Rats;
吗啡成瘾大鼠部分脑区mu阿片受体的变化
4.
Effect of Central Cholingeric System on Addiction of Morphine;
中枢胆碱能系统对吗啡成瘾的影响研究现状
5.
Effects of Caulis Sinomenii on the learning and memory capacity of morphine addicted mice
青风藤对吗啡成瘾小鼠学习与记忆能力的影响
6.
Effect of morphine addiction and withdrawal on the expression of P-CREB in CA1 area of hippocampus of the adult rat
吗啡成瘾戒断对大鼠海马CA1区P-CREB表达的影响
7.
Changes of Preprodynor phine mRNA and μOpioid Receptor in Morphine Dependent and Abstinent Rats;
吗啡成瘾及戒断大鼠前强啡肽原mRNA与μ阿片受体的改变
8.
Effect of Brain Histamine on the Development of Morphine Addiction and Fear Memory after Morphine Withdrawal;
中枢组胺对吗啡成瘾的形成和戒断后恐惧记忆作用
9.
Experimental Research of Shennong Jie Du Suppository to Morphine Dependence Mice
神农戒毒栓研究之一──神农戒毒栓对吗啡成瘾小鼠的实验研究
10.
Ethological and morphological observations after stereotactic lesioning in morphine-addicted rats
吗啡成瘾大鼠脑内核团毁损后的行为学研究及形态学变化
11.
Potential Roles of the Medial Prefrontal Cortex and the Lateral Orbital Cortex in Morphine Dependence and the Underlying Mechanisms;
内侧前额叶皮层和眶额皮层在吗啡成瘾中的作用及机制探讨
12.
Study on the Roles of Calcium and Calmodulin in the Mechanism of Morphine Addiction;
钙离子和钙调蛋白在吗啡成瘾机理中的作用研究
13.
The Effects of AP on NMDAR1、NOS、ChAT in Brain of Morphine Addictive Mouse and Behavioral Activition;
酸性肽对吗啡成瘾小鼠脑中NMDAR1、NOS、ChAT和行为学的影响
14.
Studies on Neural Mechanism of Stress-induced Depression and Its Effects on Morphine Addiction;
应激性抑郁的神经机制及其影响吗啡成瘾的研究
15.
Effect of Morphine Dependence on Expression of CD80 and MHC-Ⅱ by Mouse Peritoneal Macrophage;
吗啡成瘾对小鼠腹腔巨噬细胞表达CD80和MHC-Ⅱ分子的影响
16.
The Effect of The Super-Heat Isomeric Endotoxin on The Weight of Morphine Addichve Mice After Withdrawal;
超热异构内毒素对吗啡成瘾小鼠戒断后体重的影响
17.
Ditermination of morphine in serum and urine from opiates addicts by TCLS analysis;
阿片类成瘾者血清、尿中吗啡TLCS分析
18.
Electrolytic Lesions of Ventral Subiculum Prevent the Morphing Induced Conditioned Place Preference in the Addicted Rats;
损毁腹侧海马下托抑制成瘾大鼠对吗啡的渴求