markdownabstractAbstract The direct compensation method allows for an accurate (standard deviation below 0.05 log unit) determination of intraocular light scattering between 3.5 and 25 deg of scattering angle and is suitable for untrained subjects. The method was used to study population behaviour and individual variation in 129 volunteers between 20 and 82 yr of age, visual acuity equal to or better than one and no apparent eye pathology. The results indicate straylight to increase with the 4th power of age, doubling at 70. In addition to the age dependence, there was great variation between individuals. Part of this is due to negative correlation with pigmentation
Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction...
Ocular straylight has been measured by means of psychophysical methods over the years. This approach...
Intraocular light scatter is high in certain subject groups eg the elderly, due to increased optical...
Abstract The direct compensation method allows for an accurate (standard deviation below 0.05 log u...
Purpose: To assess possible gains and losses in straylight values among the population to consider s...
PURPOSE: The effect of cataract and other media opacities on functional vision is typically assessed...
Aim: To quantify visual complaints by determining straylight values, to investigate the angular depe...
Purpose. To assess the repeatability, reproducibility, and comparability of measurements of subjecti...
Purpose. To investigate the effect of intraocular straylight (IOS) on threshold measurements made by...
BACKGROUND: Straylight gives the appearance of a veil of light thrown over a person's retinal image ...
Background: Straylight gives the appearance of a veil of light thrown over a person's retinal image ...
PURPOSE: To assess light scatter levels of intraocular lenses (IOLs) extracted from donor eyes to un...
Intra-ocular straylight can cause decreased visual functioning, and it may cause diminished vision-r...
The visual performance of a reference group (RG) using diffuser filters was compared to a cataract-d...
Our objective was to assess the relationship between measures of light distorsion and retinal strayl...
Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction...
Ocular straylight has been measured by means of psychophysical methods over the years. This approach...
Intraocular light scatter is high in certain subject groups eg the elderly, due to increased optical...
Abstract The direct compensation method allows for an accurate (standard deviation below 0.05 log u...
Purpose: To assess possible gains and losses in straylight values among the population to consider s...
PURPOSE: The effect of cataract and other media opacities on functional vision is typically assessed...
Aim: To quantify visual complaints by determining straylight values, to investigate the angular depe...
Purpose. To assess the repeatability, reproducibility, and comparability of measurements of subjecti...
Purpose. To investigate the effect of intraocular straylight (IOS) on threshold measurements made by...
BACKGROUND: Straylight gives the appearance of a veil of light thrown over a person's retinal image ...
Background: Straylight gives the appearance of a veil of light thrown over a person's retinal image ...
PURPOSE: To assess light scatter levels of intraocular lenses (IOLs) extracted from donor eyes to un...
Intra-ocular straylight can cause decreased visual functioning, and it may cause diminished vision-r...
The visual performance of a reference group (RG) using diffuser filters was compared to a cataract-d...
Our objective was to assess the relationship between measures of light distorsion and retinal strayl...
Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction...
Ocular straylight has been measured by means of psychophysical methods over the years. This approach...
Intraocular light scatter is high in certain subject groups eg the elderly, due to increased optical...