Kotikova E A, Kuperman B I
Parazitologiia. 1977 May-Jun;11(3):252-9.
The anatomy of the nervous apparatus of Triaenophorus nodulosus at all stages of its life cycle was studied by means of Zherebtsov's hystochemical method. Judging by the cholinesterase activity the mass of nerve cells is situated in the oncospheres of the coracidium. At the procercoid stage the ortogonal nervous system arises with three pairs of the longitudinal nervous trunk. In plerocercoids the number of longitudinal trunks increases up to 7 pairs, the rough nervous plexus and inner plexus develop too, In mature, cestodes only secondary changes take place associated with the development of the genital system. Both in larvae and adults all longitudinal trunks are situated at the same level, on the border of the cortical and medullary parenchyma, and only the inner nervous plexus first described by the authors from cestodes passes through the medullary parenchyma. The arrangement of all elements of the nervous apparatus at the same level corresponds from the authors point of view to the most primitive state of the nervous system in the order Pseudophyllidea.
采用热列布佐夫的组织化学方法,研究了结节三歧绦虫在其生命周期各阶段的神经器官解剖结构。根据胆碱酯酶活性判断,神经细胞团位于钩球蚴的六钩蚴内。在原尾蚴阶段,正交神经系统出现,有三对纵向神经干。在裂头蚴阶段,纵向神经干的数量增加到7对,粗糙的神经丛和内部神经丛也发育起来。在成熟绦虫中,仅发生与生殖系统发育相关的继发性变化。在幼虫和成虫中,所有纵向神经干都位于同一水平,在皮质和髓质实质的边界处,只有作者首次描述的来自绦虫的内部神经丛穿过髓质实质。从作者的观点来看,神经器官所有元素在同一水平的排列对应于假叶目绦虫神经系统最原始的状态。