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使用镜面显微镜检查角膜内皮及其相邻结构中的异常发现。

The use of specular microscopy to investigate unusual findings in the corneal endothelium and its adjacent structures.

作者信息

Brooks A M, Grant G, Gillies W E

机构信息

Royal Victorian Eye and Ear Hospital, East Melbourne.

出版信息

Aust N Z J Ophthalmol. 1988 Aug;16(3):235-43. doi: 10.1111/j.1442-9071.1988.tb01215.x.

Abstract

The use of specular microscopy is not confined to the corneal endothelial mosaic, but may be used at any level through the corneal stroma to the posterior endothelial surface. In the stroma the not very dense, irregularly rounded deposits of corneal dystrophies may be differentiated from the dense, geometric shapes of crystalline deposits. At the level of Descemet's membrane the fine parallel lines of tears in Descemet's are distinct from the multiple fine vertical deep stromal lines seen in advanced keratoconus. At the level of the endothelial mosaic the cells may be counted and their morphology examined, while blebs may also be seen in a wide variety of pathological conditions including superficial keratopathies, contact lens wearers, deep keratopathies, anterior uveitis and contusion injury. These blebs vary in size in different conditions and are often transient. They must be distinguished from guttae which are permanent and although an occasional finding in normal corneas are a constant feature of cornea gutatta and Fuchs' dystrophy. On the posterior endothelial surface the relief mode enables the examination of numerous deposits including red blood cells, white blood cells, keratitic precipitates, pigment granules and pseudoexfoliative KP. The morphology of these various findings is discussed.

摘要

镜面显微镜的应用并不局限于角膜内皮细胞镶嵌,而是可用于穿过角膜基质直至后内皮表面的任何层面。在基质中,角膜营养不良不太致密、不规则圆形的沉积物可与结晶沉积物致密的几何形状区分开来。在Descemet膜层面,Descemet膜中的细小平行撕裂线与圆锥角膜晚期所见的多条细小垂直深层基质线不同。在内皮细胞镶嵌层面,可对细胞进行计数并检查其形态,同时在多种病理状况下也可见到小泡,包括浅层角膜病变、隐形眼镜佩戴者、深层角膜病变、前葡萄膜炎和挫伤。这些小泡在不同情况下大小各异,且通常是短暂的。必须将它们与角膜小滴区分开来,角膜小滴是永久性的,虽然在正常角膜中偶尔可见,但却是角膜小滴症和Fuchs营养不良的恒定特征。在后内皮表面,浮雕模式可用于检查众多沉积物,包括红细胞、白细胞、角膜后沉着物、色素颗粒和假性剥脱性角膜后沉着物。本文讨论了这些不同发现的形态。

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