… instrument for measuring the forward angular light scattering behavior of liquid or solid …
the normal according to Snell’s law. To determine the angular distribution of light scattered …

… dependent component of light scattered by epithelial cells and other tissues to obtain …
The adenomas are surrounded by normal tissue covered by a single layer of epithelial cells. …

… theory, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18 which is the model of light scattering that is
applicable when the scatterer particle size is near the same dimension as the wavelength of …

… be distorted significantly by tissue scattering and absorption. To eliminate artifactual changes
introduced by changes in scattering or absorption, rather than by tissue biochemistry, we …

… cervical tissues as opposed to healthy human cervical tissues by … nature of the fluctuations
in tissue light scattering spectra. … scattering region, at 40, we observe that the normal tissues …

… they will eventually accumulate in a target tissue. However, unprotected metallic nanoparticles
are cleared quickly from the blood via normal physiological processes and routes. For …

… In the case of liver, normal and cirrhotic tissues have … tissue, facing the larger area orthogonal
to the laser beam path, records the whole image formed by the light scattered by the tissue. …

… tissues have been studied to date, namely brain, striated muscle, and liver. These were selected
to represent a wide range of light scattering … exposed tissue surface at normal incidence. …

… [2] showed that a Henyey–Greenstein function is a good approximation for single-particle
light scattering. The Henyey–Greenstein function depends on only an anisotropy factor, g, …

… Yet another widely used method is elastic light scattering (ELS) from cells and tissues. … , it
is possible to distinguish cytotoxic lymphocytes from normal ones. An extension of normal flow …