… Reflectance at the cornea and lens greatly exceed the … of the fluorescence of lipofuscin in
the human retinal pigment … of the molecules at which the light scatters. It can be used to obtain …

… lens before it impinges on the biological target. The scattered light is collected by an achromatic
objective lens… it exhibits maximal scattering, minimal absorption, and no fluorescence for …

… of scatter liquid concentrate (Edmund Scientific, Barrington, USA). The beam of an He—Ne
laser (emission … and the pupil can constrict to limit passage of light to only part of the lens. …

… temperature, and fluorescence with a hydrophobic fluorescent probe. These … scattering
geometry with an optical lens collected scattered light that was passed through a Rayleigh light …

… for light filtering and dispersion are also … special microscope objective oils). Angular aperture
(α) is defined as half the angle of the cone made by the focal point of the lens and the lens …

… Vimentin is an IF protein expressed in fibroblasts, the eye lens, and cells of mesenchymal …
Recently fluorescence labeling techniques have been developed for vimentin IFs (12, 13), …

… a second lens of 5 cm. focal length. At the focus of the second lens was placed the scattering
… That the effect is a true scattering and not a fluorescence is indicated in the first place by its …

… those of the authors and guest editors and do not necessarily … This ability to manipulate the
absorption and emission … the refractive power of the eye with an implanted lens. I also visited …

… can precisely control light propagation, scattering, and emission via hierarchical structures
… Similar to the structure of a cicada wing, the outer surface of the facet lenses in the moth eye …

… (C) Scatter plot of the intensity of Aha1 fluorescence and Braak staging (results represent
the mean fluorescence intensity ± SEM; … MS is a guest editor invited by the Editorial Board. …