… In this review, we discuss LSS-based methods to measure epithelial morphology in living
tissues that do not require tissue removal. We also devote a significant discussion to DRS, a …

… has been developed to study the propagation of light in tissues. Light attenuation is assumed
to … Thus, in the present study, the attenuation of light photons in tissue can be described by …

… tissues is, however, not yet widely used, despite such obvious advantages compared to the
other methods, such as a painless interaction with light… the characteristics of light scattered by …

… In vivo liver tissues examined in the present study exhibited an … liver tissues ( P < 0.05 ) for
a wavelength range from 500 to 700 nm, between the normal and reperfused liver tissues ( P …

… Light scattering provides details about the micrometric-size objects (for example, molecular
… that contribute to light scattering in the sample. On the other hand, the absorption of light in a …

… The light transmission has been experimentally measured for various tissues as a function
of the sample thickness and of the wavelength of the incident light [5 ]. Interestingly, the …

… The goal of the present paper is to develop an algorithm that allows us to extract the light
scattering properties (µ s ’) of brain tissues in vivo from a single reflectance measurement with a …

… Since tissues such as tendon, bone. keratin and silk comprise the supporting framework for
various organisms, study of the mechanical properties of these tissues is direct’ly relevant’ to …

… light scattering microscope to tissue. We set out to see whether and how to distinguish tissues
on the basis of their light scattering … light scattering and imaging of multiple tissues, always …

… Also, these results demonstrate that the dependence of the fluorescence intensity on tissues’
optical properties and on the concentration of fluorophores in light-scattering tissues can be …