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兔眼的实验性超声检查(作者译)

[Experimental ultrasonography of the rabbit eye (author's transl)].

作者信息

Freyler H, Arnfelser H, Weiss H

出版信息

Albrecht Von Graefes Arch Klin Exp Ophthalmol. 1976 May 26;199(3):267-75. doi: 10.1007/BF00417297.

Abstract

In 20 adult rabbits of the Gelbsilber-strain the axial depth of the anterior chamber, the axial thickness of the lens, and 7 different diameters of the vitreous chamber were measured by means of bioechometry for standardization of the to date neglected experimental ultrasonography of animal eyes. For proper interpretation of echograms of the rabbit eye the particular anatomy and topography of the lens must be considered. Penetration of the large and almost spherical lens by the beam can only be avoided if the probe is placed behind the limbus or behind the equator of the globe. In the axial ultrasonogram the high single peaked echo of the posterior lens capsule appears between the third and fourth fifth of the entire axial length. In all other types of echogram the beam passes through peripheral sections of the lens oblique, and produces several small echoes, thus eventually simulating a pathologic echogram of the vitreous body.

摘要

在20只Gelbsilber品系的成年兔中,通过生物回声测量法测量前房的轴向深度、晶状体的轴向厚度以及玻璃体腔的7种不同直径,以规范迄今为止被忽视的动物眼部实验超声检查。为了正确解读兔眼的回声图,必须考虑晶状体的特殊解剖结构和位置。只有将探头置于角膜缘后方或眼球赤道后方,才能避免波束穿透大且近乎球形的晶状体。在轴向超声图中,晶状体后囊的高单峰回声出现在整个轴向长度的五分之三到五分之四处。在所有其他类型的回声图中,波束斜穿晶状体的周边部分,并产生几个小回声,从而最终模拟玻璃体的病理性回声图。

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