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The adrenal hormone metabolism in the immune/inflammatory reaction.

机译:免疫/炎症反应中的肾上腺激素代谢。

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摘要

The interactions between the immune system and HPA axis may be characterized by a circuit which includes; (i) activation of the HPA axis and initiation of the stress response which, in term, has immunomodulating properties; (ii) a feedback mechanism derived from the immune system which regulates the HPA axis. Over the past few years, it has become evident that the adrenal gland, itself, as the main effector organ of the HPA axis, is a major site for both the synthesis and action of numerous cytokines. In addition to the cytokine mediated activation of adrenal regulation there are cytokine independent cell-cell mediated immune-adrenal interactions. The nature of this immune-endocrine crosstalk is implicated in adrenal dysfunction and disease. During inflammatory and autoimmune disorders including sepsis, inflammatory bowel disease and rheumatoid arthritis, the immune-adrenal crosstalk becomes more critical in maintaining an adequate adrenal stress response.
机译:免疫系统和HPA轴之间的相互作用可以通过以下电路来表征: (i)HPA轴的激活和应激反应的启动,这些应激反应具有免疫调节特性; (ii)源自免疫系统的反馈机制,可调节HPA轴。在过去的几年中,很明显,作为HPA轴的主要效应器的肾上腺本身是许多细胞因子合成和作用的主要部位。除了细胞因子介导的肾上腺调节激活外,还有细胞因子非依赖性的细胞-细胞介导的免疫-肾上腺相互作用。这种免疫-内分泌串扰的性质与肾上腺功能障碍和疾病有关。在包括败血症,炎性肠病和类风湿性关节炎在内的炎性和自身免疫性疾病期间,免疫-肾上腺素串扰在维持足够的肾上腺应激反应中变得更加关键。

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