裂隙灯的交联——为什么将角膜交联从手术室转移到办公室会产生不同

F. Hafezi
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摘要

角膜交联(CXL)是一种结合基质核黄素饱和度和紫外线(UV)光来增强角膜的手术。CXL通常在手术室中进行。紫外线核黄素光化学反应也能杀死病原体,CXL甚至被用于治疗感染性角膜炎,这就提出了一个问题:你需要在无菌手术室里进行CXL手术吗?将小型外科手术从手术室转移到小型手术室或医生办公室是一种趋势,而CXL显然是这种趋势的候选者。在成本和资源使用方面,避免手术室的好处是显而易见的。然而,传统的CXL需要患者仰卧30分钟,同时使用紫外线照射。例如,在办公室环境中几乎无处不在的裂隙灯下进行CXL,需要清除几个障碍,包括减少患者坐在裂隙灯前的时间,以及了解当患者在CXL期间坐直时核黄素是否会在重力下沉降。本文回顾了这些潜在的障碍以及如何克服这些障碍,以及将CXL技术引入发展中国家和发达国家不易进入手术室治疗角膜扩张和感染性角膜炎的诊所的好处。
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Cross-linking at the Slit Lamp—Why Moving Corneal Cross-linking from the Operating Room to an Office-based Procedure Makes a Difference
Corneal cross-linking (CXL) is a procedure that combines stromal riboflavin saturation and ultraviolet (UV) light to strengthen the cornea. CXL is typically performed in an operating room. The UV-riboflavin photochemical reaction also kills pathogens, and CXL is even used to treat infectious keratitis, raising the question: do you need to perform CXL in a sterile operating room? There is a trend to move small surgical procedures out of the operating room and into minor procedure rooms or the doctor’s office, and CXL is an obvious candidate for this. The benefits of avoiding the operating room in terms of cost and resource use are manifest. However, traditional CXL involves the patient lying supine for 30 minutes, while UV irradiation is applied. For CXL to be performed at, for example, the near-ubiquitous slit lamp in an office setting, several hurdles needed to be cleared, including reducing the time a patient needs to sit at the slit lamp, and understanding whether or not riboflavin settles under gravity when a patient is sat upright during CXL. This article reviews those potential obstacles and how they have been overcome, and the benefits of bringing CXL technology to clinics that do not have easy access to operating rooms for the treatment of corneal ectasia and infectious keratitis, in both developing and developed countries.
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