The melatonin receptor 1a (MTNR1A) is one of the necessary receptors for melatonin exerting its biological function.
而褪黑激素受体(MTNR1A)是褪黑激素发挥生物学功能的必需受体之一。
AIM: to investigate the melatonin receptor (MR) gene and protein expression in the human peripheral blood lymphocytes.
目的：研究人外周血淋巴细胞褪黑素受体(MR)的基因与蛋白表达的特点。
This paper introduced the polymorphism of melatonin receptor gene and discussed the relationship between melatonin receptor gene and reproductive seasonality.
本文介绍了褪黑激素受体基因的多态性分析及其与繁殖季节性之间的关系，并对牦牛该基因的研究做一展望。
To determine whether melatonin receptors (MR) exist in human stomach, specific binding of melatonin receptor in human stomach was measured by radioligand binding assay.
为明确人体胃组织是否存在褪黑素受体(MR)，应用放射配体结合法检测人体胃组织MR特异结合量。
For example, the use of melatonin receptor blockers could improve performance of night-time cognitive tasks, helping people such as night-shift workers or students cramming for exams.
例如，褪黑素受体的阻碍能影响天黑晚的认知能力，那么对于那些夜班工作者和熬夜备考的学生都有所辅佐。
This review introduced the structure and function of melatonin receptor 1b, the cloning and structure, developmental expression, mapping and polymorphism of melatonin receptor 1b gene.
作者介绍了褪黑激素受体1b的结构和功能，褪黑激素受体1b基因的克隆及基因结构、发育性表达与作用、定位与多态性，并讨论了该基因与繁殖季节性的关系。
Conclusion: Melatonin can change the responses of pain neurons to pain stimulation via opioid receptor in the LHb, which might be one of analgesic mechanisms by MEL.
结论：褪黑色素可通过作用于外侧缰核的阿片受体而影响其痛相关神经元对痛刺激的反应，这可能是褪黑色素中枢镇痛机制之一。
Conclusion: Melatonin does not exhibit its potentiation sleeping time in mice through melatonin 3 receptor. Hypnotic activity of melatonin may be mediated through picrotoxin site on GABAA receptor.
结论：褪黑素延长小鼠睡眠时间的作用与褪黑素3型受体无关，而与GABAA受体关系密切，其作用主要由印防己毒素结合位点介导。
Objective: To examine whether the ovary of human embryo expresses the melatonin (MEL) receptor and to explore its molecular characters.
前言： 目的：研究人胚胎卵巢中是否存在褪黑素受体。
Objective: To examine whether the ovary of human embryo expresses the melatonin (MEL) receptor and to explore its molecular characters.
前言： 目的：研究人胚胎卵巢中是否存在褪黑素受体。
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