阿片受体

  • 网络opioid receptor;MOR
阿片受体阿片受体
  1. 大鼠脊髓后角内初级传入C纤维中δ阿片受体的免疫电镜定位

    Immunoelectron microscopic localization of δ opioid receptor in primary afferent C fiber in the spinal dorsal horn in the rat

  2. 抗delta阿片受体单克隆抗体对蛋脑啡肽的拮抗作用

    Antagonism of anti-delta opioid receptor monoclonal antibody to the effect of methionine enkephalin

  3. 4-甲氧羰基芬太尼4-N-丙酰基衍生物作为阿片受体不可逆配体的合成与药理评价

    Synthesis and Pharmacological Evaluation of 4-N-Propionyl Derivatives of 4-Methoxycarbonyl Fentanyl as Irreversible Ligands of Opiate Receptors

  4. 目的:阿片受体属G蛋白偶联受体,其配体是阿片肽物质。

    Background : Opioid receptors are G protein-coupled receptors and their ligands are opioid peptides .

  5. 背根节神经元细胞表面Delta阿片受体表达与调控机制的研究

    Regulation of Cell Surface Expression of Delta Opioid Receptor in Dorsal Root Ganglion Neurons

  6. pH对心脏κ-阿片受体调节Ca~(2+)瞬变作用的影响

    Effects of pH on the calcium transient upon κ - opioid receptor stimulation in the rat heart

  7. 吗啡镇痛耐受大鼠背根神经节κ阿片受体mRNA表达下调

    Decreased mRNA expression of kappa-opioid receptor in dorsal root ganglia of morphine antinociceptive tolerant rats

  8. k阿片受体激动剂抑制大鼠吗啡戒断症状的发生

    Suppression of morphine abstinence syndrome by u ─ 50,488h , a k ─ opioid receptor agonist in rats

  9. G蛋白对阿片受体调节延迟整流钾通道的影响

    Effect of G Protein in the Dual Regulation of Opioid Receptor Agonist on the Delayed Rectified Potassium Channels △

  10. 外周炎症时大鼠背根神经节细胞μ-和κ-阿片受体mRNA的表达

    Expression of μ - and κ - opioid receptor mRNA in rat dorsal root ganglion neurons during peripheral inflammation

  11. 新型阿片受体配基特异性结合μ受体并抑制cAMP生成

    Specific binding to μ opioid receptors by new opioid ligands with inhibition of I cAMP production

  12. 吗啡成瘾大鼠部分脑区mu阿片受体的变化

    Changes of mu Opioid Receptor in Brain Regions of Morphine Dependent Rats

  13. 目的研究pH对κ-阿片受体调节心肌细胞内钙瞬变作用的影响。

    AIM To investigate the effect of pH on the calcium transient upon the κ opioid receptor stimulation in the rat heart .

  14. 不同品种马Mu阿片受体基因多态性研究

    Polymorphism Analysis of MOR Gene in Different Horse

  15. 阿片受体拮抗剂纳络酮能部分阻断MT的镇痛作用,说明在MT的镇痛过程中有阿片系统的参与。

    Naloxone , the opiate antagonist , could partially block the analgesic effect of MT .

  16. 人重组阿片受体样受体在CHO细胞稳定表达系统的建立

    Stable expression of human opioid receptor-like 1 in Chinese hamster ovary cells

  17. 对于马而言Mu阿片受体基因与竞技马的竞技水平信息相关的、是很有研究意义的项目。

    The researching of horses ' Mu opioid receptor is significant for racing horse industry .

  18. Mu阿片受体在大鼠泻剂结肠肠道低反应中的作用

    Role of peripheral mu opioid receptor in low response of intestine in cathartic colon rats

  19. 泻剂结肠大鼠结肠中的mu、kappa阿片受体变化

    Changes of mu and kappa opioid re - ceptors in cathartic colon of rats

  20. 空肠平滑肌上兴奋性NT敏感受体的结构与阿片受体相关。

    The structure of excitatory NT-sensitive receptor on jejunal smooth muscle may be associated with opiate receptor .

  21. 目的研究mu阿片受体对泻剂结肠大鼠结肠动力的影响,泻剂结肠大鼠肠道阿片受体含量的变化。

    Objective To study the effects of peripheral mu opioid receptor on dynamic changes of cathartic colon .

  22. 醋酸铜诱导家兔排卵前LH峰过程中下丘脑μ&阿片受体密度的变化

    Changes in densities of hypothalamic μ opioid receptor during cupric acete-induced preovulatory LH surge in rabbit

  23. 目的研究阿片受体拮抗剂纳络酮(Naloxone)对急性脑缺血损伤的保护作用机制。

    Objective To study the cerebral protective effect mechanism of naloxone in acute brain ischemic injury .

  24. 以及阿片受体不通过G蛋白对细胞膜外向整流钾通道的调节机理。

    The possible mechanism about the modulatory effect of opioid receptor on outwardly rectifying potassium channel which were independent of G protein were talked about in this article .

  25. 阿片受体阻滞剂纳洛酮能够改善这种损害,其神经机制并非是增加ChAT活性,而是能促进神经元突触囊泡Ach向突触间隙大量释放,及增加突触后致密物质密度。

    The neuromechanism may not enhance ChAT expression quality , but augmentation Ach exocytosis and post-synaptic density .

  26. 大鼠μ阿片受体及人咪唑啉-1受体在CHO细胞中的共同稳定表达

    Stable co-expression of rat μ opioid receptor and human imidazoline-1 receptor in Chinese hamster ovary cells

  27. 用电子计算机程序处理人胎盘k型阿片受体的氨基酸序列,预测出受体的亲水区、疏水区以及二级结构。

    Amino acids sequence of human placenta k opioid receptor was treated with computer programs and it 's hydrophilic and hydrophobic regions and secondary structure were thereby predicted .

  28. 研究阿片受体、蛋白激酶C、ATP敏感性钾通道是否介导了吗啡预处理的延迟性心肌保护作用;

    To test if the late phase of preconditioning induced by morphine is mediated by opioid receptor , protein kinase C and K_ ( ATP ) channel .

  29. Dyn的病理作用是通过Kappa阿片受体和EAA的NMDA受体两种途径介导的。

    Effects of Dyn are mediated by both Kappa and NMDA receptor .

  30. 激活δ-阿片受体同时促进ACTH、β-内啡肽和催乳素的平行释放

    Activation of δ - Opiate Receptor Simultaneously Stimulates ACTH β - Endorphin and Prolactin Release