早产儿肾动脉导管开放性的形态学特征(尸检)。

T. Borysova, I. Tverdokhlib, O. Obolonska, A. Korolenko, K. Diahovets, D. Surkov, T. Usenko
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引用次数: 0

摘要

背景。肾脏的肾形成具有延续性,并依赖于最高水平的血流动力学变化,以支持自然过渡到子宫外循环。像动脉导管这样的胎儿交通参与了从主动脉到肺动脉的分流。这种血液分流的增加导致一些器官发育系统的高灌注和缺氧改变,这些器官的形态发生时间较长,如肾脏。目标。目的探讨在动脉导管通畅的情况下,胎龄在25 ~ 35周的早产儿出生后肾脏形态发生的特点。方法:采用10%福尔马林固定早产儿肾标本21例,采用标准组织学方法。切片采用苏木精和伊红染色。我们采用了组织学和形态计量学的综合方法。建立了肾脏碎片的三维模型。我们进行了生物识别和统计分析。结果。在我们的研究中发现肾脏功能实质体积的变化与动脉导管直径呈反比关系。在肾小球和小管形成的后期,由于萎缩和坏死的改变,导管越宽,功能实质的体积越小。这些变化可以通过肾皮层三个萌发层发育的数量密度来区分。Сonclusion。综上所述,它决定了肾小球形成的迟缓,特别是皮层的浅表区域,因为动脉导管的打开。
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Morphological characteristic of premature infants’s kidneys with opened Ductus Arteriosis (by the autopsy).
Background. Kidney has protracted nephrogenesis and depend on hemodynamic changes on the highest level in support of natural transition to extrauterine circulation. Fetal communications like Ductus Arteriosus take part in the shunting from the aorta to the pulmonary artery. Increase of this shunting of the blood leads to hyperperfusion with hypoxic changes of some development systems of organs with protracted morphogenesis so like kidneys. Objective. To determine the features of postnatal morphogenesis of the kidneys in premature infants with a gestational age of 25 to 35 weeks on the background of an open ductus arteriosus. Methods. 21 autopsy material premature infant’s kidney which were fixed by 10%-formalin and then were subjected to the standard histological procedures. Slides were stained by hematoxylin and eosin. We used the complex of histological and morphometric methods. There were created 3-demenshional models of kidney’s fragments. We carried out biometrical and statistical analysis. Results. During our research it was determines that the changes of the volume of the functional parenchyma of the kidney and the diameter of the Ductus Arteriosus became in inverse relationship. The wider the duct the smaller the volume of the functional parenchyma because of atrophic and necrotic changes during the late stages of glomerulo- and tubulogenesis. These changes could be distinguished by the quantitative density of development on three germinate layers of the cortex of kidney. Сonclusion. Summing up, it determined the retardation of glomerulogenesis particularly superficial area of the cortex because of the opened Ductus Arteriosus.
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