The role of kinin system in joint inflammatory disease.

J N Sharma
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引用次数: 0

Abstract

Components of the kallikrein-kininogen-kinin are activated in response to noxious stimuli (chemical, physical or bacterial), which may lead to excessive release of kinins in the synovial joints that may produce inflammatory joint disease. The inflammatory changes observed in synovial tissue may be due to activation of B2 receptors. Kinins also stimulate the synthesis of other pro-inflammatory agents (PGs, LTs, histamine, EDRF, PGI2 and PAF) in the inflamed joint. B2 receptor antagonists may provide valuable agents as new analgesic drugs. Further, it is suggested that substances directed to reduce the activation of KKS may provide a pharmacological basis for the synthesis of novel anti-rheumatic or anti-inflammatory drugs.

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激肽系统在关节炎性疾病中的作用。
激肽肽-激肽原-激肽的成分在对有害刺激(化学、物理或细菌)的反应中被激活,这可能导致滑膜关节中激肽的过度释放,从而产生炎症性关节疾病。在滑膜组织中观察到的炎症变化可能是由于B2受体的激活。激肽还刺激炎症关节中其他促炎因子(PGs、LTs、组胺、EDRF、PGI2和PAF)的合成。B2受体拮抗剂可作为新型镇痛药物提供有价值的药物。此外,研究表明,旨在降低KKS活化的物质可能为合成新型抗风湿或抗炎药物提供药理学基础。
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