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Does blue-violet filtering in contact lenses improve contrast sensitivity?
2022, Contact Lens and Anterior EyeCitation Excerpt :Wavelength dependence of retinal straylight has been a matter of debate since the early 20th century. At first, Rayleigh scatter was thought to occur in the eye [45], but experimental attempts to determine this phenomenon concluded that wavelength dependency was negligible compared to other factors, such as media opacities [46,47]. Van der Berg et al. argued that the lack of precise measurement methods might have obviated the results [48].
History of ocular straylight measurement: A review
2013, Zeitschrift fur Medizinische PhysikCitation Excerpt :A strong wavelength dependence would signify scatter in the optical media to originate from particles of sizes in the same range as, or smaller than, the wavelength of light. Since the results from earlier (psychophysical) studies were contradictory, Wooten and Geri [25] carefully measured wavelength dependence of straylight for an annulus of 3-8 degrees, using a version of the equivalent veil method summarized above. They found no effects whatsoever over 420-650 nm.
Low energy lamps and eye lens autofluorescence
2010, Medical HypothesesWavelength dependence of intraocular straylight
2006, Experimental Eye ResearchLight therapy for Seasonal Affective Disorder with blue narrow-band light-emitting diodes (LEDs)
2006, Biological PsychiatryCitation Excerpt :The discomfort usually reported by some patients during light therapy appears to be due to glare, which is caused, in part, by intraocular light scatter that can reduce contrast and result in blurring of the retinal image (Ijspeert et al 1990). Wavelength may or may not affect glare (Boettner and Wolter 1962; Wooten and Geri 1987), but lower illuminances of light do serve to reduce intraocular light scatter. Therefore, identifying the most potent spectral characteristics for treatment of SAD may enable the future development of a device that would allow for the convenience of lower intensity and/or shorter duration light treatment and, consequently, further minimize side effects.
Light, the Retinal Image, and Photoreceptors
2003, The Science of Color: Second Edition