ABSTRACT
AIM: To explore the etiology classification and clinical characteristics of infants with moderate-severe visual impairment aged 0-2 years old, and preliminarily formulate a set of process for grass-roots health-care institutions to carry out the screening and management of children visual impairment.METHODS: There were 245 cases of children aged 0-2 years with moderate-severe visual impairment who were admitted to the Children Eye Care Specialist Clinic in Nanjing Maternal and Child Health Hospital from January 2009 to December 2020 were retrospectively analyzed. A complete profile of visual development was established, including age, sex, medical history, vision, eye position and movement, anterior segment examination, fundus examination, refractive examination under cycloplegia with 1% atropine ophthalmic gel, if necessary, some special eye examinations such as fundus photography, eye A/B ultrasound and visual electrophysiology were received.RESULTS: The average visit age of 245 cases of infants was 1.82±0.79 years, including refraction error of 128 cases(52.2%), among them, 100 cases(40.8%)were high refraction error; 79 cases(32.2%)were eye diseases, most of which were congenital cataract(33 cases); and 38 cases(15.5%)were cerebral visual impairment(CVI)(15.5%).CONCLUSION: It is necessary to proceed classified managements according to the etiology and clinical characteristics of infant visual impairment to find early and diagnose and treat multidisciplinary,including drawing up screening plans for remediable eye diseases, carrying out necessary refractive correction and training children to use residual visual function.
ABSTRACT
Resumo Objetivo: Avaliar a prevalência de crianças com dificuldade visual em triagens realizadas em 3 escolas públicas de Aracaju-SE, estimar a distribuição dos erros refrativos e usar os dados para planejamento de uma ação social mais extensa em todas as escolas públicas da cidade. Métodos: Estudo transversal, com medida da acuidade visual (AV), na forma de triagem. Foram analisados idade, gênero, AV, frequência dos principais erros refrativos, médias de equivalente esférico e cilindro das crianças com AV pior ou igual a 0,7 em qualquer olho, diferença superior a 0,2 entre os olhos, sinais de doenças oculares ou se já fizessem uso de óculos. Resultados: Foram avaliadas 510 crianças nas 3 escolas. A idade média foi 9,1 ± 1,6 anos. Gênero masculino correspondeu a 50,4%. Das 154 crianças (30%) que necessitaram de consulta mais detalhada, 97 se dirigiram à consulta. Destas, 51 tiveram indicação de uso de óculos. Míopes corresponderam a 44,1% dos olhos, hipermetropia a 15,6% e astigmatismo a 82,3%. A idade média das crianças com indicação de uso de óculos foi 9,5 ± 1,7 anos. Considerando-se que há em torno de 15 mil crianças entre o 1º e o 3º anos do ensino fundamental matriculadas nas escolas públicas de Aracaju, pode-se estimar que aproximadamente 30% delas necessitarão de consulta oftalmológica, correspondendo a 4500 atendimentos (2000 a 2500 destas deverão precisar de óculos). Conclusão: Conclui-se que aproximadamente um terço das crianças em idade escolar neste estudo apresentou dificuldade visual durante a triagem. Após avaliação oftalmológica, foram prescritos óculos para pouco mais da metade. Astigmatismo foi o erro de refração mais prevalente. Os dados obtidos foram utilizados para o planejamento de importante ação social a ser desenvolvida pela Sociedade Sergipana de Oftalmologia.
Abstract Purpose: To evaluate the prevalence of visually impaired children at screening in three public schools in Aracaju-SE, to estimate the distribution of refractive errors and to use the data to develop a more comprehensive social project in all public schools of town. Methods: Cross-sectional study with visual acuity (VA) measurement at screening. Age, gender, VA, frequency of the main refractive errors, spherical equivalent and cylinder of those children with VA lower than or equal to 0.7 in any eye, difference greater than 0.2 between the eyes, signs of eye diseases or if they already wore glasses. Results: A total of 510 children were evaluated in 3 schools. Mean age was 9.1 ± 1.6 years. Males were 50.4%. Of the 154 children (30%) who required a more detailed examination, 97 went to the office. Of these, 51 had a prescription of glasses. Myopes accounted for 44.1% of the eyes, hypermetropia to 15.6% and astigmatism to 82.3%. Mean age of children with glasses was 9.5 ± 1.7 years. Considering that there are 15 thousand children between the 1st and 3rd years of elementary school, it can be estimated that approximately 30% will require ophthalmological consultation, corresponding to 4500 consultations (2000 to 2500 of these should need glasses). Conclusion: We conclude that approximately one-third of school-age children in this study had visual impairment during screening. After ophthalmological evaluation, glasses were prescribed for just over half. Astigmatism was the most prevalent refractive error in the 3 schools of the study. The data obtained were used for the planning of important social project to be developed by Sergipe's Society of Ophthalmology.
Subject(s)
Humans , Male , Female , Child , Vision Disorders/diagnosis , Vision Disorders/epidemiology , Visual Acuity , Vision Screening/methods , Refractive Errors/diagnosis , Refractive Errors/epidemiology , Schools , Students , Eye Health , Prevalence , Cross-Sectional StudiesABSTRACT
PURPOSE: To evaluate the accuracy of predictive refraction and the factors influencing the predictability in combined vitrectomy and cataract surgery. METHODS: We retrospectively investigated patients who received combined vitrectomy and cataract surgery for idiopathic epiretinal membrane (ERM) and macular hole (MH), followed up for a minimum of 6 months. Preoperative refraction, target refraction, postoperative refraction, predictive refraction error (target refraction - postoperative refraction), accuracy of predictive refraction error (predictive refraction error was within +/-0.5 diopter), intraocular pressure, axial length, central macular thickness, and tools that were used for intraocular lens power calculation (A-scan and IOL master) were assessed by analyzing medical records. RESULTS: A total of 176 eyes (including 132 idiopathic ERM cases and 44 MH cases) were included in this study. The accuracy of predictive refraction error was 60.8% at 6 months and there was no difference between the idiopathic epiretinal membrane group (59.8%) and the macular hole group (63.6%). There was no significant difference in predictive refraction error according to axial length and tools (IOL master vs A-scan). Predictive refraction error correlated positively with preoperative refraction (r = 0.227; p = 0.002). In the ERM group, predictive refraction error correlated negatively with both preoperative central macular thickness and the change in central macular thickness between, before, and 6 months after surgery (r = -0.211; p = 0.015 and r = -0.241; p = 0.005). CONCLUSIONS: The accuracy of predictive refraction error was approximately 60% in combined vitrectomy and cataract surgery. Postoperative refraction appeared to be myopia relative to target refraction with higher preoperative myopia and thicker preoperative central macular thickness. Hence, the intraocular lens power should be determined considering the above factors.