• 本文介绍此类受体结构及其识别信号转导机制研究进展

    In this article we will review the research progress in the structure of these receptors, their recognition and signal transduction mechanisms.

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  • 本文就SST及其受体结构分布功能消化系统疾病研究现状作一综述

    We summarized the current investigation about SST and its receptors in its structure, distribution and function, especially its relationship with peptic diseases.

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  • 白介素及其受体结构特征决定信号转导功能效应共性特性

    The structural patterns of the interieukins and their receptors determine the common and specific nature among the interieukins as well as their receptors.

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  • 本文就近年来有关该受体结构分布调节、配体及其在动脉粥样硬化中作用研究一阐述,以便进一步了解动脉粥样硬化发生机制探索防治途径

    The structure, distribution, regulation, ligand and function will be elaborated in this article, to find out the mechanism of Atherosclerosis and to explore the way of prevention and treatment.

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  • 如何生物胺受体结构数据严重匮乏基础上研究受体配基结合位点功能位点,已成为药物设计关键问题

    The principal question in drug design is how to study the ligand-binding sites and others because of the poor structure information.

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  • 研究促肾上腺皮质激素释放激素受体水平分娩关系探索结构及其应激、分娩中病理生理学作用有着重要意义。

    The research on relationship between CRH-Rs level and labor and exploration for their structure and the pathophysiological roles in stress and labor are of great significance.

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  • 文章介绍了嗅觉受体基因结构表达调控分布分子进化及其多态性研究进展, 并讨论了该基因嗅觉功能嗅觉障碍关系。

    The main gene related with olfaction was olfactory receptor (OR) gene. This review introduced the structure, expression regulation, distribution, molecular evolution and polymorphism of OR gene.

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  • 本文综述及其受体结构特征、瘦素主要生理功能及其细胞信号转导途径

    This review is about the structures and characteristics of leptin and its receptor, main physiological functions and signal transduction pathway in cells.

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  • 本文对此受体结构及其识别信号转导机制研究进展综述

    In this article, we review the research progress in the identification and the structure of KIR2DL as well as in signal transduction mechanisms.

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  • 本文对此受体结构及其识别信号转导机制研究进展综述

    In this article, we review the research progress in the identification and the structure of KIR2DL as well as in signal transduction mechanisms.

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