1.
The Expression of the NMDA Receptor NR2A and NR2B Subunits in the Spinal Cord, Hippocampus and Celebral Cortex of Acute Opioid Tolerance Rats
急性阿片耐受大鼠中枢神经系统NMDA受体NR2A及NR2B亚基表达的改变
2.
The study group was those had tolerance and dependence on opioid drugs.
③实验组为均对阿片类药物形成耐受和依赖。
3.
Mechanism Underlying the Cardioprotection of κ-opioid Receptor in Ischemic Preconditioning and Receptor Tolerance in the Rat Cardiomyocytes;
κ-阿片受体参与心肌缺血预处理保护作用及阿片受体耐受机制的研究
4.
DECREASED mRNA EXPRESSION OF KAPPA-OPIOID RECEPTOR IN DORSAL ROOT GANGLIA OF MORPHINE ANTINOCICEPTIVE TOLERANT RATS
吗啡镇痛耐受大鼠背根神经节κ阿片受体mRNA表达下调
5.
Electrophysiological Mechanism of Opioid Withdrawal in SON Neurons in Brain Slices from Morphine Tolerant and Dependent Rats;
吗啡耐受和依赖大鼠视上核神经元阿片戒断的电生理机制
6.
Opioid Peptides Modulates Angiogenesis on CAM and Melatonin Inverses Tolerance of Del I in Mice;
阿片肽的促血管生成作用及褪黑素对del I耐受的影响
7.
Tolerance and Pharmacokinetics Studies of Oral Adefovir Dipivoxil Tablets in Healthy Volunteers;
健康志愿者口服阿德福韦酯片的耐受性试验及药代动力学研究
8.
The Bioactivity Study of Endogenous Opioid Peptides on the Antinociceptive Tolerance and Angiogenesis;
内源性阿片肽在耐受和血管生成方面的活性研究
9.
The Dimerization of Mu Opioid Receptor and Oxytocin Receptor Mediate the Inhibition of Oxytocin on Morphine Tolerance
μ型阿片受体与催产素受体二聚化介导催产素抑制吗啡耐受的研究
10.
To determine the function of new opioid receptor ligands and onδ opioid receptor.
研究新合成的阿片受体配基对δ阿片受体的激动作用。
11.
Effects of κ-Agonists on Dependece of Opioid
κ-受体激动剂在阿片依赖中的作用
12.
A G Protein-coupled Receptor Heterodimer between Mu-opioid Receptor and Oxytocin Receptor;
μ型阿片受体与催产素受体二聚化的研究
13.
Clinical Analysis of 35 with Aspirinintolerance Triad
阿司匹林耐受不良三联征35例临床分析
14.
The tolerance of bone marrow to Ara C was remarkably increased after transfected by drug resistance gene.
耐药基因转染后小鼠骨髓对阿糖胞苷的耐受明显增加。
15.
Tolerance of Tufuling tablets in phase Ⅰ study
土茯苓总苷片Ⅰ期临床人体耐受性研究
16.
Tolerance of oral artemisinin-piperaquine tablets in Chinese healthy volunteers
口服青蒿素哌喹片在中国健康人体的耐受性
17.
Clinical Tolerability of 1,5-Dicaffeoylquinicacid Tablets
二咖啡酰奎尼酸片Ⅰ期临床耐受性研究
18.
Study of the Coexistence of TrkB Receptor, NMDA Receptor and Opiate μ Receptor in Spinal Cord Following Peripheral Inflammatory Hyperalgesia in Rats;
炎性痛大鼠脊髓TrkB受体、NMDA受体、阿片μ受体共存的研究