MEDICAL AND SOCIAL VALUE OF AMETROPIA CORRECTION IN CHILDREN

Aim. To analyze the impact of early ametropia detection on clinical and economic treatment aspects. Patients and methods. Retrospectively, quality of ophthalmological care in 60 children aged 6-8 with ametropia and strabismus was analyzed. All children were divided into three groups depending on age...

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Published inOftalmologii͡a Vol. 12; no. 2; pp. 83 - 87
Main Authors E. Yu. Markova, O. V. Kurganova, L. Yu. Bezmel’nitsyna, D. O. Meshkov, L. V. Venediktova
Format Journal Article
LanguageRussian
Published Ophthalmology Publishing Group 01.07.2015
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Summary:Aim. To analyze the impact of early ametropia detection on clinical and economic treatment aspects. Patients and methods. Retrospectively, quality of ophthalmological care in 60 children aged 6-8 with ametropia and strabismus was analyzed. All children were divided into three groups depending on age, refractive error and year at which treatment was initiated. In group 1 (30 children), refractive error and strabismus were diagnosed at the first year of life. In group 2 (18 children), refractive error and strabismus were diagnosed at the age of 1-3 years. In group 3 (12 children), glasses were prescribed at the age of 3-7 years. Retrospective analysis of primary medical records of enrolled patients was performed. All diagnostic and treatment methods that were applied as well as treatment results performed at the age of 6-8 were considered. The study of economic aspects considered the rates of ophthalmological examinations and pleoptic and orthoptic treatment courses as well as need in surgery. Direct medical costs were calculated for mediumterm prospects (3-5 years). Results. Early detection of refractive errors prevents amblyopia, binocular vision impairment, and strabismus. Uncorrected refractive errors in children are characterized by high economic and social burden (i.e., the higher is the age at which refractive error was revealed, the higher treatment costs are). Ametropia diagnosis in children requires special skills, hence, dilated eye exam must be performed by pediatric ophthalmologist but not by an orthoptist. Early diagnosis of refractive errors and strabismus provides accurate glass correction and timely therapy thus reducing treatment costs. Conclusions. In terms of clinical and economic efficacy, optimal age of refractive error detection is less than 1 year. Increase in diagnostic costs is compensated by good clinical outcomes and decrease in costs of managing complications and non-medical costs associated with reduced quality of life of patients and their families.
ISSN:1816-5095
2500-0845
DOI:10.18008/1816-5095-2015-2-83-87