… of dynamic light scattering from optically thick living tissues. Cells and their constituents are
in … and upward in size, the motion inside living tissue is actively driven rather than thermal, …

… review of the latest studies on backscatter communications from the healthcare … backscatter
communication in healthcare, this article aims to identify specific applications of backscatter …

… In this study, we show that, by exploiting the coherent backscattering phenomenon, it is
possible to characterize the optical anisotropy in Cyphochilus beetle scales without the need to …

… Phantom B represented the case that only fat droplets were present, which is not possible
in actual living tissue. Phantoms C, D, and E represented the case of different fractions of fat …

… ultrasound techniques and light backscattering techniques were combined. These techniques
aim to extract quantitative estimates that reflect the tissue’s underlying microstructure. …

… spheroids showed higher relative backscatter intensity when compared to healthy … tissue
is generally limited, however, to analysis of thin slices. Without being able to scan living tissue…

… The quantities U b and U f denote the backscattered and forward scattered scalar fields, …
phase in backscattering arises from the superposition of plane waves, backscattered from …

… for a backscattering configuration … a backscatter configuration) are tens of hertz to tens of
millihertz. The mean Doppler frequency (averaged over many cellular volumes in living tissue) …

… As living tissues comprised of inhomogeneous molecular … of the photons in thick scattering
tissues, including ultrasound encoding [4-6] … photon backscattering in probing deep tissues. …

… optically characterize biological tissues. In this method, the tissue characterization is based
on the measurements of the angular coherent peak observed in the backscattering direction. …