Logvinov S V, Tikhonovskaia O A, Petrova M S, Evtushenko I D, Nevostruev S A
Department of Histology and Embryology, Siberian State Medical University, Tomsk.
Morfologiia. 2000;117(2):68-72.
Ultrastructural changes of blood vessels of ovaries and oviducts, destruction of the part of follicular epitheliocytes and disruption of other structures of blood-follicular barrier occur at the early period of experimental inflammations of appendage uterus on the background of traditional antibiotic therapy. All changes lead to atresia of growing follicules. Fibrotic-sclerotic changes develop on the 30th day and during later period. Course of eplir phonophoresis decreases ultrastructural disruptions of vessels, follicular apparatus of ovaries and oviducts epithelium. Effect of physiotherapy is manifested though activity of fibroclasts and macrophages, that regulate collagen production/resorption ratio thus preventing the development of fibrotic changes of ovary stroma and oviduct wall.
在传统抗生素治疗的背景下，子宫附件实验性炎症早期，卵巢和输卵管血管会出现超微结构变化，部分卵泡上皮细胞遭到破坏，血-卵泡屏障的其他结构也会受到干扰。所有这些变化都会导致生长卵泡闭锁。在第30天及之后会出现纤维化-硬化性改变。超声透入疗法的疗程可减少血管、卵巢卵泡装置和输卵管上皮的超微结构破坏。物理治疗的效果通过成纤维细胞和巨噬细胞的活性得以体现，它们调节胶原蛋白的产生/吸收比例，从而防止卵巢基质和输卵管壁发生纤维化改变。
