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Visual Discomfort While Viewing Three-dimensional Television as a Screening Tool for Pediatric Eye Diseases in Children

机译:视觉不适,同时将三维电视视为儿童小儿眼病的筛选工具

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Purpose: To investigate the efficacy of evaluating 3D asthenopia and 3D perception difficulty for screening of binocular vision abnormalities in children.Methods: Patients aged 6-12 years with abnormal binocularity, including strabismus, amblyopia, and anisometropia, were included. Age-matched normal subjects without any ophthalmologic abnormality other than a refractive error were also recruited. The best-corrected visual acuity, refractive error, angle of strabismus, and stereopsis were measured. Presenting visual acuity (PVA) was measured as the uncorrected visual acuity for subjects without glasses and spectacle-corrected visual acuity for those with glasses. After watching 3D TV for 30 min, a survey was administered to evaluate the 3D perception and 3D asthenopia. Receiver operation characteristic (ROC) curve analysis was conducted to evaluate the efficacy of the survey for detecting abnormal binocularity and poor PVA.Results: One hundred subjects were enrolled in this study. Among them, 59 had abnormal binocularity (strabismus, anisometropia, or amblyopia), and 41 were normal control. Among the entire subjects, the number of subjects with a PVA of 20/40 or worse in one or both eyes was 24 (7 from the normal control and 17 with abnormal binocularity). ROC curve analysis revealed that the survey did not effectively detect strabismus, anisometropia, or amblyopia. However, for detection of PVA 20/40 or worse in the subjects with abnormal binocularity, the total score of the survey yielded an area of 0.714 under the ROC curve (p = 0.010). The sensitivity was 88.2% and specificity was 61.9% with a cutoff at 0.50.Conclusion: The degree of 3D asthenopia and 3D perception while watching 3D TV were not effective for screening of abnormal binocularity. However, evaluation of the severity of 3D asthenopia and the quality of 3D perception can help screen of decrease in PVA that requires correction.
机译:目的:研究评估3D哮喘和3D感知难度筛选儿童双目视觉异常的疗效。方法:6-12岁以6-12岁以异常的双眼,包括斜视,弱视和血管异常。还招募了年龄匹配的正常受试者,没有任何眼科异常,除了屈光误差之外。测量了最佳校正的视力,屈光误差,角度和立体镜。呈现视力(PVA)被测量为没有眼镜的受试者的受试者的未矫正的视力,并且戴眼镜的眼镜矫正视力。在观看3D电视30分钟后,管理了一项调查以评估3D感知和3D哮喘。进行接收器操作特征(ROC)曲线分析以评估调查检测异常双眼和差PVA的疗效。结果:本研究招聘了一百个受试者。其中,59具有异常双眼(斜视,血管异常或弱视),41个是正常对照。在整个受试者中,在一个或两个眼睛中具有20/40或更差的PVA的受试者的数量为24(从正常对照和17个具有异常双眼的17)。 ROC曲线分析显示,调查没有有效地检测斜视,血管异常或弱视。然而,为了检测异常双眼的受试者的PVA 20/40或更差,调查的总分在ROC曲线下产生0.714的面积(P = 0.010)。敏感性为88.2%,特异性为61.9%,截止值为0.50.结论:观看3D电视的3D哮喘和3D感知的程度对于筛选异常双眼无效。然而,评估3D哮喘的严重程度和3D感知的质量可以帮助需要校正的PVA减少。

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