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包虫囊壁的通透性与包虫的治疗学、免疫学、生理学都有密切的关系。为探讨这个问题早在本世纪初就有人研究,因未引起普遍重视,故积累资料不多。近二、三十年来随着科学技术发展,应用了色谱分析、电泳、放射免疫、组织化学、电镜等先进技术,对包虫囊壁的通透性有了一个概括了解。本文试从包虫组织学、分子生物学、免疫学和药物代谢动力学等不同角度,对这个问题作一综述。一、包虫囊壁的组织结构和超微结构包虫囊壁厚约1—5毫米,分内外两层,外层系宿主组织形成的纤维包膜即外囊,内层即内囊,由角质层和生发膜组
Hydatid cyst permeability and Hydatid disease treatment, immunology, physiology are closely related. To study this issue as early as the beginning of this century, some people study, because it has not caused widespread attention, so little accumulated information. Nearly two or three decades with the development of science and technology, the application of chromatographic analysis, electrophoresis, radioimmunoassay, histochemistry, electron microscopy and other advanced technologies, the permeability of hydatid disease wall has a general understanding. This article attempts to review this issue from different perspectives, including hydatid histology, molecular biology, immunology and pharmacokinetics. First, the shrimp worm wall tissue structure and ultrastructure Shura worm wall thickness of about 1-5 mm, both inside and outside the outer layer of the host tissue formation of the fibrous capsule that outer capsule, the inner layer that is the inner capsule, by the Cuticle and germinal membrane group