各种羊膜移植技术在角膜退行性病变中的应用效果

O. Shupyk, A. Mazurkevich, R. Bokotko, T. V. Dudus
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引用次数: 0

摘要

羊膜是三层膜中最里面的一层,由胎儿外胚层发育而来,透明,无血管,由位于基底膜上的上皮细胞层和结缔组织间质组成。探讨羊膜移植技术在实验性细菌性角膜炎家兔中的应用效果。通过给每只眼睛注射金黄色葡萄球菌致病菌株,模拟动物患有中度细菌性角膜炎(初步暴露于长波长汞灯光束)。第14天,采用简单间断缝线生物覆盖膜外固定和简单间断缝线将膜固定在角膜损伤处逐层移植两种方法进行羊膜移植。炎症过程的程度根据作者的积分量表进行评估,其中包括八个迹象。分别于第7、14、30天对实验动物实施安乐死,并对角膜进行显微镜检查。结果发现,在施用第7天,角膜表面上皮形成完整,第30天,角膜表面细胞分化成层。采用简单间断缝合的分层羊膜移植技术,与生物覆盖技术相比,炎症反应更明显。在所有观察期间,大多数实验动物均未出现炎症浸润的临床和形态学征象。两种方法所获得的效果表明,将这种生物材料作为主要或辅助治疗严重眼病是有效的
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effectiveness of the use of various techniques of amniotic membrane (AM) transplantation in the corneal degenerative processes
The amniotic membrane – the innermost of the three membranes, it develops from the fetal ectoderm, it is transparent, avascular and consists of an epithelial cell layer located on the basement membrane and connective tissue stroma. The application efficiency of the amniotic membrane transplantation technique in rabbits with experimental bacterial keratitis has been investigated. The animals were simulated with moderate bacterial keratitis (with preliminary exposure to long-wavelength mercury lamp beams) by the administration to each eye of the Staphylococcus aureus pathogenic strain. On the 14th day, the amniotic membrane was transplanted using two methods: by biological covering with episcleral fixation using simple interrupted sutures and layer-by-layer transplantation with fixation of the membrane within the damage of the cornea with simple interrupted sutures. The degree of the inflammatory process was assessed according to the author’s point scale, which included eight signs. On the 7th, 14th, and 30th days, the experimental animals were euthanized and microscopic examination of the cornea was performed. It was found that on the 7th day of application, complete epithelization of the corneal surface occurred, and on the 30th day, differentiation of its cells into layers. When using the layer-by-layer technique of amniotic membrane transplantation with using simple interrupted sutures, a more pronounced inflammatory reaction was observed in comparison with the biological covering technique. During all observation periods, most experimental animals did not show clinical and morphological signs of inflammatory infiltration. The obtained effect of both methods of amniotic membrane transplantation indicates the effectiveness of using this biological material as the main or supportive in the treatment of severe eye pathologies
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