… ) scattering tissues, such as skin, brain tissues, and vessel walls, and weakly scattering
high-transparent tissues, such as eye tissues (… the propagation of light (laser beams). For weakly …

… Across the investigated tissues we see that a significant fraction of scattered light,
generally over 20%, scatters asymmetrically (Table 1). This suggests that asymmetric …

… of light scattering are further complicated by the complexity of biological tissues. Unlike the
… the current state of biomedical applications of light scattering, with a focus on emerging tools …

… (in this study, the compact hard tissues) which arise from interactions of the molecules of the
material. Brillouin light scattering is … regime when employed on hard tissues, where the sonic …

… In conclusion, this article demonstrates that the light scattering of normal and neoplastic
tissues is proportional to their mitochondria content. Thus, subtle changes in cellular organelle …

… Our understanding of light scattering by cellular and subcellular … light propagates differently
in these tissues. Further, we have identified regions in which imaging by polarized light is …

… We have used small angle light scattering (SALS) to map the gross fiber orientation of several
soft membrane connective tissues. However… 6), which was used on all tissues in this study. …

… light scattering method capable of analyzing connective tissue and have used it to study
dermal and other tissues … The method of analyzing a section of tissue using light scattering chat …

… The propagation path of each photon is calculated from the absorption and scattering
constants (Table 1). An MC simulation of photon migration within irradiated tissues was performed …

… bovine tissues by pulsed laser light in the present study corroborate the results of basic studies
… of distinct optical differences among various tissues will presumably provide major clues …