神经内分泌活动在调节实验极端情况下机体免疫反应性中的作用

M.G. Mammadov, T. A. Salimli, Y.B. Ismayilov, A. T. Ismayilova
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引用次数: 0

摘要

在醋酸钴造成的实验性极端状态下以及随后的一段时间内,人体免疫反应的活性会发生变化,因为它破坏了神经内分泌的相互作用机制。因此,由于这种影响,机体神经免疫内分泌系统之间的正常调节机制被扰乱,出现了各种性质的深度病变。对这种相互调节机制的研究具有重要意义。此外,还建议对生活在重金属污染地区的人们的免疫反应性进行研究。
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THE ROLE OF NEUROENDOCRINE ACTIVITY IN THE REGULATION OF THE IMMUNE REACTIVITY OF THE ORGANISM IN AN EXPERIMENTALLY CREATED EXTREME SITUATION
The activity of the body's immune reactivity changes because it disrupts the neuroendocrine interaction mechanism in the experimental extreme state created by cobalt acetate and in the subsequent period. Therefore, due to this effect, the mechanism of normal regulation between the neuroimmunoendocrine systems of the body is disturbed and deep pathologies of various nature occur. Research in the direction of such mutual regulation mechanism is important. It is also recommended to conduct an examination of the immune reactivity of people living in areas contaminated with heavy metals.
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