脉络膜血症1例

Y. Khzardzhan, M.A. Balalina, A. S. Balalin, I. A. Melikhova
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摘要

目的。提出一个脉络膜血症的临床病例概述。材料和方法。本文报告一19岁患者自诉自幼视距低、视野狭窄及近视的临床病例。患者接受了复杂的眼科检查,包括粘度计、自折射计、眼压计、生物显微镜检(Goldman lens)、计算机视距测量、光学生物测量、血管成像功能光学相干断层扫描(AngioOCT)、眼底自荧光光配准、电生理检查(EP)。一位遗传学家咨询了病人,以确认基本诊断。结果。视力:OD = 0.1 Sph -2.0 = 1.0;OS = 0.15 Sph -1.5 = 1.0。眼球前后大小:外径- 24.98 mm,正中- 25.0 mm。计算机视野检查显示双眼视野变窄达10度,这与自身荧光的变化相关。根据EP,电灵敏度阈值:OD 198µA, OS 202µA,电稳定性:OD 37 Hz, OS 35 Hz。根据AngioOCT结果,患者c的高视力矫正是由黄斑状况引起的。视网膜色素上皮和脉络膜薄。黄斑区外的绒毛膜缺乏萨特勒氏层。根据与遗传学家咨询的结果,在CHM基因(chrX:85213886)中检测到核苷酸序列的致病性变异。结论。脉络膜血症是一种罕见的遗传性疾病,具有特殊的临床表现和进行性发展的视觉障碍。适当和早期诊断可以预防该疾病,包括产前诊断和开发新的治疗方法。关键词:脉络膜血症,遗传性脉络膜疾病,光学相干断层扫描,自身荧光,电生理检查
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A clinical case of choroideremia
Purpose. To present an overview of a choroideremia clinical case. Material and Methods. The article presents a clinical case of a 19-year-old patient with complaints of low distance vision, narrowing of the visual field and nictalopia since childhood. The patient underwent complex ophthalmological examination including visometry, autorefractometry, tonometry, biomicro-ophthalmoscopy with Goldman lens, computer perimetry, optical biometry, optical coherence tomography with angiography function (AngioOCT), fundus photoregistration with autofluorescence, electrophysiological examination (EP). The patient was consulted by a geneticist to confirm the basic diagnosis. Results. Visual acuity: OD = 0.1 Sph -2.0 = 1.0; OS = 0.15 Sph -1.5 = 1.0. The anterior-posterior eyeball size: OD – 24.98 mm, OS – 25.0 mm. Computer perimetry revealed narrowing of visual fields up to 10 degrees in both eyes, which correlated with changes in autofluorescence. According to EP, electrical sensitivity threshold: OD 198 µA, OS 202 µA, electrical lability: OD 37 Hz, OS 35 Hz. High visual acuity with correction in patient C. is caused by the macula condition, according to the results of AngioOCT. The retinal pigment epithelium and chorioid are thin. Chorioid outside the macular area lacks the Sattler's layer. Based on the results of a consultation with a geneticist, a pathogenic variant of the nucleotide sequence was detected in the CHM gene (chrX:85213886). Conclusion. Choroideremia is a rare genetic disease with a specific clinical picture and progressive development of visual disorder. Proper and early diagnosis allows the prevention of the disease, including prenatal diagnosis, and the development of new therapies. Keywords: choroideremia, genetic choroidal diseases, optical coherence tomography, autofluorescence, electrophysiological examination
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