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泪小管阻塞的处理

Management of canalicular obstructions.

作者信息

Liarakos Vasilios S, Boboridis Kostas G, Mavrikakis Emmanouil, Mavrikakis Ioannis

机构信息

Oculoplastic and Orbital Division, Department of Ophthalmology, Metropolitan Hospital, Athens, Greece.

出版信息

Curr Opin Ophthalmol. 2009 Sep;20(5):395-400. doi: 10.1097/ICU.0b013e32832ec3e0.

Abstract

PURPOSE OF REVIEW

The successful treatment of canalicular obstructions continues to represent a therapeutic challenge. Conjuctivodacryocystorhinostomy with a Lester Jones bypass tube is the standard treatment in these situations. Although a high rate of anatomic success can be achieved with this procedure, a relatively high rate of complications and poor patient satisfaction have been reported. Because of this, alternative techniques have emerged. Herein, we review all these techniques described in the literature.

RECENT FINDINGS

Increasing interest in minimally invasive surgery and developments in fiberoptic technology have fueled advances in endocanalicular surgery. Canalicular trephination for obstructions at any level of the canalicular system and laser and balloon canaliculoplasty for focal canalicular and common canalicular stenoses may offer a well tolerated, fast and easy alternative, with potentially better patient satisfaction when compared with conjuctivodacryocystorhinostomy.

SUMMARY

The alternative techniques to conjuctivodacryocystorhinostomy are less invasive, and respect and utilize any healthy and functional part of the canalicular system. The correct choice of the technique for a given canalicular obstruction, and therefore the long-term success, depends on the site and degree of the obstruction.

摘要

综述目的

泪小管阻塞的成功治疗仍然是一项治疗挑战。带莱斯特·琼斯旁路管的结膜泪囊鼻腔造口术是这些情况下的标准治疗方法。尽管该手术可实现较高的解剖成功率,但据报道并发症发生率相对较高且患者满意度较低。因此,出现了替代技术。在此,我们综述文献中描述的所有这些技术。

最新发现

对微创手术的兴趣增加以及光纤技术的发展推动了泪小管内手术的进步。针对泪小管系统任何水平的阻塞进行泪小管穿刺,以及针对局限性泪小管和泪总管狭窄进行激光和球囊泪小管成形术,可能提供一种耐受性良好、快速简便的替代方法,与结膜泪囊鼻腔造口术相比,患者满意度可能更高。

总结

结膜泪囊鼻腔造口术的替代技术侵入性较小,尊重并利用泪小管系统的任何健康且功能正常的部分。针对给定的泪小管阻塞正确选择技术,进而实现长期成功,取决于阻塞的部位和程度。

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