The eye lens contains no vasculature and has no direct innervation. Its simple arrangement
of long thin fibre-like cells, containing proteins and water, is organised to maintain …

Light scattering for normal and cataractous lenses from 21–86 yr old donors was measured
in vitro. As expected, scattering increased with severity of cataract. Scattering decreased …

The purpose of the study was to investigate whether light scatter in normal young, elderly,
and cataractous eyes exhibits significant wavelength dependency. Straylight was quantified …

The crystalline lens makes a major contribution to intraocular light scatter, yet the
responsible structural features have not been identified. A hypothesis is presented that …

Purpose:: To evaluate psychophysically the absorption of blue light by the crystalline lens
and by tinted and and non-tinted IOLs after cataract surgery. Methods:: The absorption of …

PURPOSE: This thesis explores the idea that light energy, especially ultraviolet light,
contributes to the unequal distribution of cataract around the world and to the development …

Eye tissues study - scattering and polarization effects Valery V. Tuchin Saratov State University,
83 Astrakhanskaya, Saratov, 4 Page 1 Eye tissues study - scattering and polarization effects …

A simple quantitative and reproducible method for evaluating lens transmission (λ= 490 and
530 nm) is described. It is based on the measurement of autofluorescence in the anterior …

This critical survey of studies on the fluorescence of human eye lenses covers basic
problems of metrology and their relation to comparative measurements on extracts, on in …

Fifty patients aged from 30 to 69 years (mean 54.7±11.3 years, SD) with a UV‐protected
monofocal polymethylmethacrylate intraocular lens (IOL) were examined with the …