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复杂黄斑裂孔手术治疗的最新进展:综述

Update on surgical management of complex macular holes: a review.

作者信息

Abdul-Kadir Mohd-Asyraaf, Lim Lik Thai

机构信息

Department of Ophthalmology, Universiti Malaysia Sarawak (UNIMAS), Kota Samarahan, Malaysia.

出版信息

Int J Retina Vitreous. 2021 Dec 20;7(1):75. doi: 10.1186/s40942-021-00350-4.

Abstract

Modern surgical interventions effectively treat macular holes (MHs) more than 90%. Current surgical treatment for MHs is pars plana vitrectomy with epiretinal membrane, internal limiting membrane (ILM) peeling, gas endotamponade, and prone posturing postoperatively. However, a small subset of MHs imposes challenges to surgeons and frustrations on patients. A narrative review was performed on the surgical treatment of challenging MHs including large and extra-large MHs, myopic MHs with or without retinal detachment, and chronic and refractory MHs. There are robust data supporting inverted ILM flap as the first-line treatment for large idiopathic MHs and certain secondary MHs including myopic MHs. In addition, several studies had shown that ILM flap manipulations in combination with surgical adjuncts increase surgical success, especially in difficult MHs. Even in eyes with limited ILM, surgical options included autologous retinal graft, human amniotic membrane, and creation of a distal ILM flap that can assist in MH closure even though the functional outcome may be affected by the MH chronicity. Despite relative success anatomically and visually after each technique, most techniques require a long-term study to analyze their safety profile and to establish any morphological changes of the MH plug in the closed MHs.

摘要

现代外科手术干预能有效治疗超过90%的黄斑裂孔(MHs)。目前针对MHs的手术治疗是玻璃体切除联合视网膜前膜、内界膜(ILM)剥除、气体眼内填充,并在术后采取俯卧位姿势。然而,一小部分MHs给外科医生带来了挑战,也让患者感到沮丧。对具有挑战性的MHs的手术治疗进行了叙述性综述,包括大的和超大的MHs、伴有或不伴有视网膜脱离的近视性MHs,以及慢性和难治性MHs。有充分的数据支持将倒置ILM瓣作为大的特发性MHs和某些继发性MHs(包括近视性MHs)的一线治疗方法。此外,多项研究表明,ILM瓣操作联合手术辅助手段可提高手术成功率,尤其是在困难的MHs中。即使在ILM有限的眼中,手术选择也包括自体视网膜移植、人羊膜,以及制作远端ILM瓣,这有助于MH闭合,尽管功能结果可能会受到MH慢性病程的影响。尽管每种技术在解剖学和视觉上都取得了相对成功,但大多数技术都需要长期研究来分析其安全性,并确定闭合的MHs中MH封堵物的任何形态变化。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/74dc/8686572/469a6e29ea1e/40942_2021_350_Fig1_HTML.jpg

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