Markan Ashish, Gupta Nikita, Tigari Basavaraj, Singh Ramandeep, Dogra Mohit
Advanced Eye Centre, Postgraduate Institute of Medical Education and Research, Chandigarh, India.
GMS Ophthalmol Cases. 2022 Apr 1;12:Doc10. doi: 10.3205/oc000197. eCollection 2022.
To describe the role of microscope integrated optical tomography (Mi-OCT) in passage of the encircling element during retinal detachment surgery. Mi-OCT was switched on while passing scleral anchoring sutures to secure the encircling element. The depth of the suture tract was seen in real time while the needle was passed through the sclera. The amount of scleral intend achieved was assessed using Mi-OCT at the end of the surgery. The depth of needle tract through the sclera and the amount of scleral indentation achieved while tying the sutures could be successfully analyzed using Mi-OCT. Mi-OCT can be used as an adjunct while training vitreoretinal fellows and trainees in surgical procedures like passage of scleral sutures for anchoring the encircling element.
描述显微镜集成光学断层扫描(Mi-OCT)在视网膜脱离手术中环绕元件置入过程中的作用。在穿过巩膜固定缝线以固定环绕元件时开启Mi-OCT。当针穿过巩膜时可实时看到缝线通道的深度。手术结束时使用Mi-OCT评估巩膜压陷的程度。使用Mi-OCT可以成功分析针穿过巩膜的通道深度以及在打结缝线时实现的巩膜压陷程度。在培训玻璃体视网膜专科住院医生和实习生进行诸如穿过巩膜缝线以固定环绕元件等手术操作时,Mi-OCT可作为辅助工具。