Department of Ophthalmology (R.N.C., S.M.M., T.N.S, K.B., D.G.H.), Boston Children's Hospital , Boston, Massachuetts, USA.
Department of Ophthalmology (R.N.C., S.M.M., T.N.S, K.B., D.G.H.), Boston Children's Hospital , Boston, Massachuetts, USA; Department of Anesthesiology (S.J.S.), Critical Care and Pain Medicine, Boston Children's Hospital, Boston, Massachusetts, USA.
Am J Ophthalmol. 2022 Jan;233:48-56. doi: 10.1016/j.ajo.2021.07.012. Epub 2021 Jul 22.
Many clinicians treat unilateral amblyopia with glasses alone and initiate patching when needed; others start glasses and patching simultaneously. In this study, we reviewed the outcomes of the two approaches at our institution.
Retrospective nonrandomized clinical trial.
Setting: Institutional practice.
All patients diagnosed with amblyopia at Boston Children's Hospital between 2010 and 2014.
Unilateral amblyopia (visual acuity (VA) 20/40 to 20/200 with interocular difference ≥3 lines,) age 3 to 12 years, with a 6-month follow-up visit.
Deprivation amblyopia, prior amblyopia treatment, treatment other than patching, surgery. Patients were categorized as "simultaneous treatment" (concurrent glasses and patching therapy at their first visit) or "sequential treatment" (glasses alone at first visit, followed by patching therapy at second visit.) Observation procedures: Patient demographics, VA, and stereopsis were compared.
VA and stereopsis at the last visit on treatment.
We identified 98 patients who met inclusion criteria: 36 received simultaneous treatment and 62 sequential treatment. Median amblyopic eye VA improved similarly between the simultaneous (∆0.40; interquartile range [IQR], 0.56-0.30 logMAR) and sequential (∆0.40; IQR, 0.52-0.27 logMAR) groups. Patients without stereopsis at first visit had better stereopsis outcomes with sequential treatment (5.12 [IQR, 4.00-7.51] log stereopsis) compared with simultaneous treatment (8.01 [IQR, 5.65-9.21]) log stereopsis, P = 0.046).
VA improved approximately 4 lines regardless of treatment type. For children without stereopsis at first presentation, sequential patching yielded better stereopsis outcomes. These findings require further validation and highlight the importance of evaluating stereopsis in future studies.
许多临床医生仅用眼镜治疗单侧弱视,并在需要时开始遮盖治疗;另一些医生则同时开始使用眼镜和遮盖治疗。本研究回顾了我们机构中这两种方法的治疗结果。
回顾性非随机临床试验。
设置:机构实践。
2010 年至 2014 年间在波士顿儿童医院被诊断为弱视的所有患者。
单侧弱视(视力(VA)20/40 至 20/200,双眼相差≥3 行),年龄 3 至 12 岁,随访 6 个月。
剥夺性弱视、既往弱视治疗、非遮盖治疗、手术。患者分为“同时治疗”(首次就诊时同时使用眼镜和遮盖治疗)或“序贯治疗”(首次就诊时仅使用眼镜,第二次就诊时使用遮盖治疗)。观察程序:比较患者的人口统计学资料、VA 和立体视。
治疗结束时的最后一次就诊的 VA 和立体视。
我们确定了 98 名符合纳入标准的患者:36 名接受同时治疗,62 名接受序贯治疗。同时治疗组(∆0.40;四分位距[IQR],0.56-0.30 logMAR)和序贯治疗组(∆0.40;IQR,0.52-0.27 logMAR)的弱视眼 VA 改善情况相似。首次就诊时无立体视的患者,序贯治疗(5.12[IQR,4.00-7.51]对数立体视)的立体视结果优于同时治疗(8.01[IQR,5.65-9.21]对数立体视),P=0.046)。
无论治疗类型如何,VA 均提高约 4 行。对于首次就诊时无立体视的儿童,序贯遮盖治疗可获得更好的立体视效果。这些发现需要进一步验证,并强调了在未来研究中评估立体视的重要性。