Ruse M, Dascălu R, Suciu I, Zergreanu O
Z Gesamte Inn Med. 1976 May 1;31(9):281-4.
A survey is given on the participation of endocrine glands in the pulmonary silicosis. At the same time a new clinical and experimental contribution to the question of the appearance of a hypogonadotropic hypogonadism is given. The frequency of this hypogonadism increases with the severity of the pulmonary silicosis. The immunological opinions as well as the neuroergonal ones concerning the pathogenesis of pulmonary silicosis gave the possibility of a better explanation of the mechanisms, by means of which also other organs may be attacked in pulmonary silicosis. The neuroendocrine system gives a defensive answer to the aggressive silicotic pulmonary process, which in general slowly progresses, but which may also be certain hormones from the group of the glucocorticosteroids in the adrenal cortex. The intervention into the axis hypothalamus-hypophysis-adrenal cortex has been provided in all defence processes of the organism against every aggression. By the functional or organic damage of the neuroendocrine system, by the immediate toxic effect of silicium dioxide or the monosilicium acid as well as by the effect of the secondary hypoxia in pulmonary silicosis an insufficiency in the stimulation and excretion of certain hormones develops. The origin of this insufficiency is found in the hypothalamo-hypophyseal centres, and the effects extend to all endocrine glands which depend on the system hypothalamus-hypophysis. This mechanism is made responsible for the appearance of a hypogonadotropic insufficiency of gonads in the course of a pulmonary silicosis and is proved clinically and experimentally in the cases investigated by the authors
本文对内分泌腺在肺硅沉着病中的参与情况进行了综述。同时,对促性腺激素分泌不足性性腺功能减退的出现问题给出了新的临床和实验性贡献。这种性腺功能减退的发生率随肺硅沉着病的严重程度而增加。关于肺硅沉着病发病机制的免疫学观点以及神经学观点,为更好地解释肺硅沉着病中其他器官也可能受到攻击的机制提供了可能性。神经内分泌系统对侵袭性的硅沉着性肺部病变会产生防御反应,这种病变通常进展缓慢,但也可能涉及肾上腺皮质中糖皮质激素组的某些激素。在机体对各种侵袭的所有防御过程中,下丘脑 - 垂体 - 肾上腺皮质轴都会参与其中。由于神经内分泌系统的功能或器质性损害、二氧化硅或单硅酸的直接毒性作用以及肺硅沉着病中继发性缺氧的影响,某些激素的刺激和分泌出现不足。这种不足源于下丘脑 - 垂体中心,其影响扩展到所有依赖下丘脑 - 垂体系统的内分泌腺。这种机制被认为是肺硅沉着病过程中性腺促性腺激素分泌不足的原因,并且作者在研究的病例中通过临床和实验得到了证实。