Is the blue light filter for spectacle and intraocular lenses helpful in improving ocular health? A systematic review of the literature [¿Es útil el filtro para luz azul de los lentes intraoculares y aéreos para mejorar la salud visual? Una revisión sistemática de la literatura]
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introducción: Blue light can induce retinal damage. Nowadays technological devices emit high levels of this light. Up to 90%25 of users experience symptoms including eyestrain, headaches, ocular discomfort, dry eye and blurred vision. Some ophthalmic devices like spectacle lenses and intraocular lenses (IOLs) absorb blue light. Benefits have been suggested as well as possible disadvantages. objective: To analyze if the use of blue light filters reduces ocular damage produced from blue light spectrum. Method: The databases used were PubMed, BVS, BIG, Academic Search Complete, Science Direct, Wiley Online Library, SpringerLink, Medic Latina, OvidSP, Trip Database, Clinical Key and UpToDate. A second query was performed to increase the number of studies that were analyzed with the OPMER scale. results: Several studies show that blue light filter IOLs have benefits in ocular health with low adverse effects. For other ophthalmic devices like spectacle lenses, evidence is lacking. Nevertheless, it seems to be beneficial. conclusions: The studies suggest there are no significant harmful effects of blue-blocking IOLs on visual performance and could be an option to reduce the risk of development of age-related macular degeneration. With the use of spectacle lenses there was a reduction in eye fatigue, suggesting it may help to ameliorate visual impairment. It is known that the use of blue light filters in vitro minimizes the damage to retinal cells but data in humans is inconclusive, especially regarding spectacle lenses. © 2019 Sociedad Mexicana de Oftalmología. Publicado por Permanyer. Éste es un artículo open access bajo la licencia CC BY-NC-ND (http://creativecommons.org/licenses/by-nc-nd/4.0/).
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Blue light filters; Macular changes; Macular degeneration; Visual acuity; Visual performance age related macular degeneration; Article; blue light; eye injury; human; Medline; ScienceDirect; SpringerLink; systematic review; visual acuity
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