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使用创新的智能手机辅助人工晶状体工具快速进行基于办公室的蠕形螨诊断。

Rapid Office-Based Diagnosis of Demodex Using an Innovative Smartphone-Aided Intraocular Lens Tool.

出版信息

Eye Contact Lens. 2022 Jul 1;48(7):306-307. doi: 10.1097/ICL.0000000000000881. Epub 2022 Mar 24.

Abstract

Demodex is an important pathogen causing eyelid and eyelash diseases. This article describes a quick, efficient, cost-effective office-based imaging of demodex with the help of an intraocular lens (IOL) and smartphone-aided innovated tool. Eyelid photography of a 56-year-old man with suspected demodex infestation was obtained using a 20-diopter (D) IOL over the smartphone camera called as Anterior Segment Photography using IOL (ASPI). A video or photograph of the epilated eyelash was taken using four 30-D IOLs attached to the smartphone camera to form an optical system called IOLSCOPE, which clearly detected the demodex parasite. The importance of ASPI and IOLSCOPE for the rapid office-based diagnosis of demodex pathogen in peripheral health centers devoid of slitlamp and microscopes has been emphasized here.

摘要

蠕形螨是引起眼睑和睫毛疾病的重要病原体。本文介绍了一种利用眼内透镜(IOL)和智能手机辅助创新工具快速、高效、具有成本效益的基于办公室的蠕形螨成像方法。使用称为通过 IOL 进行眼前节摄影(ASPI)的智能手机相机上的 20 屈光度(D)IOL 对疑似蠕形螨感染的 56 岁男性进行了眼睑摄影。使用四个 30-D IOL 连接到智能手机相机上形成称为 IOLSCOPE 的光学系统,拍摄了已除毛的睫毛的视频或照片,该系统可清晰检测到蠕形螨寄生虫。本文强调了 ASPI 和 IOLSCOPE 对于在缺乏裂隙灯和显微镜的基层卫生中心中快速进行基于办公室的蠕形螨病原体诊断的重要性。

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