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Changes in TRP Channels Expression in Painful Conditions

机译:痛苦条件下TRP通道表达的变化

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Over the last fifteen years after the successful cloning of the first nociceptive Transient Receptor Potential(TRP) channel, TRP Vanilloid 1, other members of the TRP channel family have been cloned, characterized andimplicated in different modalities of pain. Tremendous progress has been made with regard to the specific role of theseTRP channels in nociception using electrophysiological and molecular methods, along with behavioral models combinedwith gene disruption techniques. This review summarizes the evidence supporting the role of TRP channels (TRPVanilloid 1, TRP Vanilloid 2, TRP Vanilloid 3, TRP Vanilloid 4, TRP Ankyrin 1, TRP Melastatin 2, TRP Melastatin 3,TRP Melastatin 8, TRP Mucolipin 3 and TRP Canonical 1, 6) involved in nociception. The review also highlights thecurrent status and future avenues for developing TRP channel modulators as analgesic agents.
机译:在成功克隆第一个伤害性瞬态受体电位(TRP)通道TRP Vanilloid 1之后的最近15年中,已经克隆了TRP通道家族的其他成员,并对其特征进行了表征,并暗示了不同的疼痛方式。关于这些TRP通道在使用电生理学和分子学方法以及结合了基因破坏技术的行为模型方面在伤害感受中的特定作用方面已取得了巨大进展。这篇综述总结了支持TRP通道作用的证据(TRPV香菇素1,TRP香脂素2,TRP香脂素3,TRP香脂素4,TRP锚蛋白1,TRP美拉司他汀2,TRP美拉司他汀3,TRP美拉司汀8,TRP粘脂3和TRP Canonical 1 ,6)参与伤害感受。审查还重点介绍了开发TRP通道调节剂作为止痛剂的现状和未来途径。

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