We propose a new method to measure in vivo nuclear transmittance using scanning
photometry, thus complementing its present application in measuring lens scatter and …

Front-face fluorometry of the axial fluorescence profile of the lens is influenced by
attenuation of light along the optical pathways leading to and from the detection volume. The …

We measured back light scattering of the human lens with the Lens Opacity Meter 701 in
order to determine whether it can be used for objective assessment of lens opacities in …

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 …

We have developed an apparatus and psychophysical paradigm for the reliable and
practical measurement of light absorption by the human crystalline lens. Using this …

Purpose.: To experimentally measure the spectral transmission of human crystalline lenses
belonging to adult and elderly persons, and to determine the color and total transmission of …

Abstract The Lens Absorption Monitor (LAM) is an automated video-based system for
obtaining rapid objective noninvasive measurements of the spectral transmission properties …

A method has been developed for the quantitation and documentation of optical changes of
the lens that occur with aging and cataract formation. The method is based on quantitative …

A simple clinical method for measurement of light backscatter from defined regions of the
lens in vivo is described. Light scattering was quantitated in 168 lenses of 85" normal" …

A newly-developed fibre-optic sensor (wavelength of 670 nm) was used to measure the
index gradient in 16 human lenses ranging in age from 38 to 78 years. Two of these lenses …