… by mammalian tissue has been … of human tissues. To overcome the previous mentioned
drawbacks, we used experimental methods which allowed direct determination of the tissues’ …

… adenocarcinoma on the human chest. … phase shift as a function of frequency for normal
tissue, and the lower curve for tumor tissue, indicating the greater absorbance of the tumor tissue, …

… – Greenstein (HG) phase function and a single parameter g, which is the average cosine of
the phase function [17]. g can vary from 1 to À1 but the tissue scattering is often anisotropic (…

… point spread functions of human tissues … function; the differential path-length factor (DPF),
calculated from the mean time, and the slope of the logarithmic intensity decay. In all tissues …

… the phase function parameter γ=(1−g 2 )/(1−g 1 ), where g 1 and g 2 are the first two
moments of the phase function, … performed endoscopically on a human gastrointestinal tract. …

… The phase function is the probability density function for cos θ. We consider the refractive
index of tissues[… The moments of the tissue phase function p tissue (cos θ) given by Eq. (2) are …

… phase shifts (phase maps) of sections of connective tissue (dermal layer of human skin),
myocardium muscle tissue, lung tissue and kidney … of such functions calculated for phase maps. …

… Denaturing the collagen from the mineral phase leads to significant decrease in the modulus
of … fibrils and mineral in human cortical bone as a function of applied strain in the tissue [93]. …

… typify lightly pigmented soft tissues at this wavelength, rather than to provide an exhaustive
or comprehensive survey of these parameters for animal and human tissue. It should be …

… human brain tissue over the wavelength range of 500 to 1000 nm. Single scattering phase
functions as a function of … Therefore, the phase function for tissues can be expected to depend …