Roger Johnson Clinical Vision Laboratory, Division of Ophthalmology, Seattle Children's Hospital, Seattle, WA; Department of Ophthalmology, University of Washington Medical Center, Seattle, WA.
Roger Johnson Clinical Vision Laboratory, Division of Ophthalmology, Seattle Children's Hospital, Seattle, WA; Department of Ophthalmology, University of Washington Medical Center, Seattle, WA.
J Pediatr. 2014 Oct;165(4):820-4.e2. doi: 10.1016/j.jpeds.2014.06.053. Epub 2014 Jul 30.
To determine the age at onset of amblyopia, the response to occlusion therapy, and the association with systemic disorders in children with congenital eyelid ptosis.
Retrospective chart review of children seen at Seattle Children's Hospital with moderate or severe congenital ptosis. Assessments were longitudinal visual acuity development using objective methods, definition of ptosis severity by eyelid margin to pupillary light reflex distance (margin reflex distance [MRD]), age at amblyopia diagnosis, correlation between amblyopia and MRD, and associated systemic disorders.
Eighty-four children with moderate-to-severe congenital ptosis met inclusion criteria; the mean longitudinal follow-up was 49.1 months. Fifteen (18%) of these children had amblyopia, of which 9 had deprivation amblyopia (mean age 17.3 months ± 11.2) and 6 had anisometropic or strabismic amblyopia (mean age 60 months ± 11.8). Eleven (73%) of the children with amblyopia were successfully treated with occlusion therapy. Amblyopia was not correlated with MRD. A systemic disorder was identified in 29 (35%) of the children, the most common being genetic, chromosomal, or neurologic conditions. Patients with systemic disorders and developmental delay have significantly lower visual acuity bilaterally compared with patients without systemic disorders (P ≤ .003).
Using longitudinal and objective visual acuity assessments, the incidence of amblyopia was 18% in children with moderate to severe congenital ptosis. Visual deprivation was the predominant risk factor that was reliably distinguished by its earlier onset in young children. The best indicator of amblyopia in children is visual acuity rather than MRD measurements. Systemic disorders are frequent in children with moderate to severe congenital ptosis.
确定儿童先天性上睑下垂的发病年龄、遮盖治疗反应以及与全身疾病的关系。
对西雅图儿童医院就诊的中重度先天性上睑下垂儿童的病历进行回顾性分析。评估方法为使用客观方法评估纵向视力发育情况,通过睑缘至瞳孔光反射距离(睑缘反射距离 [MRD])定义上睑下垂严重程度,确定弱视诊断年龄,分析弱视与 MRD 的相关性以及与全身疾病的关系。
84 例中重度先天性上睑下垂儿童符合纳入标准;平均纵向随访时间为 49.1 个月。其中 15 例(18%)患有弱视,9 例为剥夺性弱视(平均年龄 17.3 个月 ± 11.2 个月),6 例为屈光不正或斜视性弱视(平均年龄 60 个月 ± 11.8 个月)。11 例(73%)弱视儿童经遮盖治疗后治愈。弱视与 MRD 无相关性。29 例(35%)儿童存在全身疾病,最常见的是遗传、染色体或神经疾病。有全身疾病和发育迟缓的患儿双眼视力明显低于无全身疾病的患儿(P≤.003)。
使用纵向和客观视力评估,中重度先天性上睑下垂儿童弱视的发病率为 18%。视觉剥夺是主要的危险因素,其发病年龄较早,可与其他危险因素区分开来。儿童弱视的最佳指标是视力而不是 MRD 测量值。中重度先天性上睑下垂儿童中全身疾病较为常见。