… 93% for differentiating tumor from normal brain tissues. We also demonstrate … normal tissue
and have the potential to identify and quantitatively characterize tumorinfiltrated brain tissues…

… light scattering within the tissue, is given by … tissue elements on coherent optical scattering
and the origins of the variability in the scattering coefficients of normal and pathological tissues…

… We show that the scattering from subcellular structure in both normal and cancerous human
… projects exploring the light tissue interaction using polarized light scattering techniques, and …

… tissue to external forces which, in turn, is modulated by the biomechanical characteristics
of lens tissues… on in vitro confocal Brillouin light scattering studies of human ocular lenses …

… on dynamic light scattering in tissue. When a laser beam sequentially scans the tissue (maximal …
perpendicular to the tissue surface, and n the angle between the normal to the detector …

… the tissue surface. Here for the purposes of light scattering we propose a two layer model of
skin tissue. … Using a probe separation of about 1 mm most of the light detected from a normal …

… the absorption due to constituents in the tissue is low, so light scatter is the major factor in …
coefficient for samples having (a) flat sides, (b) the incident beam directed and normal to the …

… polarized light can specify the anisotropy of scattering (g) … The current homogeneous-tissue
MC model for polarized light … lesions that sit on top of an underlying normal dermis. …

… The goniometric apparatus and calculation methods described in this report offer a means
to specify the scattering coefficient and phase function for a tissue, and experiments in this …

… A recent study, however, used linearly polarized light to extend light scattering spectroscopic
measurements to an imaging modality.Ex vivo measurements performed with normal colon …