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首页> 外文期刊>Cellular & Molecular Biology Research >IMMUNOPHYSIOLOGY - THE IMMUNE SYSTEM AS A MULTIFUNCTIONAL PHYSIOLOGICAL UNIT
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IMMUNOPHYSIOLOGY - THE IMMUNE SYSTEM AS A MULTIFUNCTIONAL PHYSIOLOGICAL UNIT

机译:免疫生理学-免疫系统作为多功能生理学单元

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摘要

In this review, the immune system is described as a physiological system in its functions and relations with other organs. Hence, communications are mediated by common receptors and cytokines. The immunophysiology is a bidirectional system where the immune system is influenced by endocrine apparatus and vice versa. At the cellular level, we have attempted to define this ''cross-talk'' by proposing one- or two-signal models, where the first signal is mediated via binding of hormones or neurohormones to the lymphocytes and the second signal is generated by binding of the antigen to the recognition sites or of cytokines to their lymphocyte receptors. The physiological reality of these interrelationships is discussed.
机译:在这篇综述中,免疫系统在功能和与其他器官的关系方面被描述为生理系统。因此,通讯是由常见的受体和细胞因子介导的。免疫生理学是双向系统,其中免疫系统受到内分泌设备的影响,反之亦然。在细胞水平上,我们试图通过提出一个或两个信号模型来定义这种“串扰”,其中第一个信号是通过激素或神经激素与淋巴细胞的结合来介导的,第二个信号是通过抗原与识别位点的结合或细胞因子与其淋巴细胞受体的结合。这些相互关系的生理现实进行了讨论。

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