Pytsky V I
Allergol Immunopathol (Madr). 1983 Nov-Dec;11(6):435-43.
The material obtained permits us to conclude, that various diseases in men and experimental allergic processes, connected with the stimulation of immune mechanisms, are accompanied by increases of the CRLF. This reaction proved to be universal, for it was revealed in men and different types of animals during the investigation of peripheral blood and lymphatic nodes. The degree and duration of the CRLF increase varies and depends on a number of factors, including the character of the antigen and the type of activated immune mechanisms. All this permits the conclusion, that an increase of the CRLF content is an indicator of a general biological reaction of the immune system to antigen irritation. At the same time, changes take place in the T-lymphocyte system which are expressed by a redistribution of its subpopulations towards the accumulation of cortisol-resistant forms of T-cells. Development of sensitization is accompanied by a decrease of cortisol metabolism by lymphocytes of guinea pigs and rats lymphatic nodes. Similar changes in the properties of lymphocytes of human peripheral blood are not so distinctly revealed.
所获得的材料使我们能够得出结论,在男性的各种疾病以及与免疫机制刺激相关的实验性过敏过程中,CRLF都会升高。这一反应被证明具有普遍性,因为在对人及不同类型动物的外周血和淋巴结进行研究时均有发现。CRLF升高的程度和持续时间各不相同,取决于多种因素,包括抗原的性质和激活的免疫机制类型。所有这些都使我们可以得出结论,CRLF含量的增加是免疫系统对抗原刺激的一种全身性生物学反应的指标。与此同时,T淋巴细胞系统会发生变化,表现为其子群向抗皮质醇形式的T细胞积累方向重新分布。致敏过程的发展伴随着豚鼠和大鼠淋巴结淋巴细胞皮质醇代谢的降低。人类外周血淋巴细胞特性的类似变化并未如此明显地显现出来。