Biometry: a tool for the detection of amblyopia risk factor in children

Purpose To determine optical biometry data criteria for the detection of abnormal refraction in preschool children, and to evaluate the accuracy of these criteria for detecting amblyopia refractive risk factor (ARF), as defined in the 2013 guidelines of the American Association for Pediatric Ophthal...

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Bibliographic Details
Published in:Graefe's archive for clinical and experimental ophthalmology 2019-09, Vol.257 (9), p.2049-2056
Main Authors: Satou, Tsukasa, Niida, Takahiro, Ito, Misae
Format: Article
Language:English
Subjects:
Biometrics
Children
Cornea
Medical screening
Medicine
Medicine & Public Health
Ophthalmology
Pediatrics
Preschool children
Refraction
Risk factors
Strabismus
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Summary:Purpose To determine optical biometry data criteria for the detection of abnormal refraction in preschool children, and to evaluate the accuracy of these criteria for detecting amblyopia refractive risk factor (ARF), as defined in the 2013 guidelines of the American Association for Pediatric Ophthalmology and Strabismus (AAPOS). Methods The present study included 200 eyes of 100 preschool children with normal eyes for the experimental determination of criteria and 142 eyes of 71 preschool children for validation of these criteria. Statistical data from normal eyes were used to determine both “high sensitivity failure criterion” and “high specificity failure criterion” associated with corneal astigmatism, interocular difference in axial length, and the prediction interval of a regression formula for predicting corneal power from axial length. Ophthalmological examination of children for validation included testing cycloplegic refraction and optical biometry testing. Outcomes from optical biometry criteria were compared with determination via ophthalmological examination, and the accuracy of the criteria for detecting ARF was evaluated. Results Sensitivity of the “high sensitivity failure criterion” for detecting 2013 AAPOS ARF was 100%, while the specificity was 80.5%. The sensitivity of the “high specificity failure criterion” was 93.3%, while the specificity was 95.1%. Conclusions The criteria derived from optical biometry data in this study exhibited excellent sensitivity and specificity for detecting ARF. This study may lead to a new approach to vision screening in preschool children.
ISSN:0721-832X
1435-702X
DOI:10.1007/s00417-019-04391-2