Avaliação de desempenho de filtros ópticos para uso oftálmica usando distâncias euclidianas
Conteúdo do artigo principal
Resumo
O estilo de vida das sociedades atuais envolve o uso intensivo de telas de LED. A radiação luminosa que emana desses dispositivos possui alto conteúdo espectral em uma região identificada como fototóxica (aproximadamente 380-500 nm). A exposição a esse tipo de radiação é parcialmente responsável pelo “estresse do olho digital” e pelos ritmos circadianos alterados. Diante desta situação, foi sugerido um conjunto de medidas preventivas e paliativas, incluindo o uso de vidros com capacidade de filtrar a luz fototóxica.
O presente trabalho reúne, em espanhol, informações relevantes sobre o problema e, através do uso de distâncias euclidianas. , como critério de diferenciação de espectros, apresenta e discute o desempenho das diferentes lentes disponíveis no mercado com o objetivo de fornecer informações orientativas sobre a sua potencial eficácia. Foram analisadas lentes pigmentadas e transparentes específicas (anunciadas como protetoras contra o excesso de luz azul) e lentes pigmentadas não específicas (baixo custo). Nossos resultados mostram que as lentes transparentes específicas testadas não apresentam um grau significativo de atenuação na região fototóxica. Por outro lado, as lentes pigmentadas específicas têm, em geral, uma atenuação muito boa, enquanto as não específicas têm uma capacidade de atenuação moderada.
Detalhes do artigo
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