Dindiaev S V, Pogorelov Iu V
Usp Fiziol Nauk. 1993 Oct-Dec;24(4):71-8.
As a result of studying the bioamine-positive structures of guinea-pig ovaries an intraorganic complex of bioamine supply the ovaries (ICBS) is isolated. Among its major elements involving in synthesis, capture, functional realization, accumulation, transport, inactivation of neuromediator bioamines, (serotonin, catecholamines) are the perivasculitis sympathetic plexuses, terminals, macrophages, mast cels, blood capillaries network. The role and significance of these structures in neuromediator metabolism of the ovaries are indicated. Despite the differences in their genesis and function all they are integrated finally for maintaining the useful activity of an organ. The direction of structural-and-functional rearrangements of the ICBS to maintain homeostasis or its shift to a new level corresponding to a concrete working situation is noted. An important feature of the ovarian ICBS is a high degree of linear correlation between bioamines-antagonists (serotonin and catecholamines) in all structural elements of ICBS.
通过对豚鼠卵巢生物胺阳性结构的研究，分离出了卵巢生物胺供应的器官内复合物（ICBS）。其参与神经递质生物胺（血清素、儿茶酚胺）合成、捕获、功能实现、积累、运输、失活的主要成分包括血管周围交感神经丛、终末、巨噬细胞、肥大细胞、毛细血管网络。指出了这些结构在卵巢神经递质代谢中的作用和意义。尽管它们的起源和功能存在差异，但最终它们整合在一起以维持器官的有益活动。注意到ICBS结构和功能重排的方向，以维持体内平衡或使其转变到与具体工作情况相对应的新水平。卵巢ICBS的一个重要特征是ICBS所有结构成分中生物胺拮抗剂（血清素和儿茶酚胺）之间高度的线性相关性。
