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首页> 外文期刊>Journal of Reproductive Immunology >Expression of CRH, CRH-related peptide and CRH receptor in the ovary and potential CRH signalling pathways.
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Expression of CRH, CRH-related peptide and CRH receptor in the ovary and potential CRH signalling pathways.

机译:CRH,CRH相关肽和CRH受体在卵巢和潜在CRH信号通路中的表达。

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摘要

Capacity to cope with stress is crucial for survival and also reproduction. The stress response differs in the various parts of an organism. Central corticotropin-releasing hormone (CRH) has been identified to be the main stress regulator. In the reproductive system, stress has a deleterious effect on reproduction and CRH is associated with dysfunction of the reproductive endocrine axis. Members of the CRH family have been detected in different reproductive organs of males and females. Ovarian CRH is probably involved in steroid biosynthesis and inflammatory like processes, ovulation and luteolysis. These effects are mediated via the CRH receptors CRH-R1 and CRH-R2. CRH-Rs are G protein-coupled receptors that drive different signalling pathways in the cell. In human, ligands for these receptors are CRH, urocortin 1, stresscopin-related peptide and stresscopin. This review gives an overview on the expression of the CRH family members in the ovary of mammals. Furthermore, potential CRH-induced signalling mechanisms in the ovary will be introduced.
机译:应对压力的能力对于生存和繁殖至关重要。压力反应在生物体的各个部位有所不同。已确定中枢促肾上腺皮质激素释放激素(CRH)是主要的压力调节剂。在生殖系统中,压力会对生殖产生有害影响,而CRH与生殖内分泌轴功能障碍有关。已在雄性和雌性的不同生殖器官中检测到CRH家族成员。卵巢CRH可能参与类固醇的生物合成和类似炎症的过程,排卵和黄体溶解。这些作用通过CRH受体CRH-R1和CRH-R2介导。 CRH-Rs是G蛋白偶联受体,在细胞中驱动不同的信号传导途径。在人类中,这些受体的配体是CRH,urocortin 1,与应激素相关的肽和应激素。这篇综述概述了CRH家族成员在哺乳动物卵巢中的表达。此外,将介绍卵巢中潜在的CRH诱导的信号传导机制。

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