Vicente Tejedor, J.Ramírez, L.García Ortega, M.Bonnin Arias, Cristina NataliaMarchena, M.Navarro, J.Ramírez, G.Lobato Rincón, Luis LucioDe la Villa, P.Sánchez Ramos, Celia2024-10-142024-10-142011-11-05https://hdl.handle.net/20.500.14352/108956PURPOSE: Blue light has been shown to induce a retinal damage in retina which determines significant decrease of retinal light responses. Nevertheless, maximum sensitivity of intrinsically photosensitive ganglion cells (ipRGCs) also range in the blue spectrum. We have tested the protective effect of light filters in the 400-500 wavelength range on light sensivity and also we have observed if blue filters may also affect the circadian activity. METHODS: Light damage was induced in experimental mice by the use of 7 days of continuous white light of high intensity (5000 lux). Flash electroretinogram responses were recorded under light and dark adaptation in all. Similar experiments were performed in a second series of animals after filtering the damaging light with sort wavelength light filters. Circadian Activity of albino and pigmented mice were tested by the use of wheel activity cages. In a final series of experiments, we employed the circadian activity in Rd10 mice.engconference paperopen access617.7617.751-072.7Light damageBlue filtersGanglion cellsÓptica y optometríaÓptica oftálmicaAnatomía ocular2209 Óptica2209.15 Optometría