Diffuse optical imaging probes deep living tissue enabling structural, functional, metabolic,
and molecular imaging. Recently, due to the availability of spatial light modulators, wide …

Diffuse reflectance spectroscopy, which has been demonstrated as a noninvasive diagnostic
technique, relies on quantitative models for extracting optical property values from turbid …

This study investigates the hypothesis that structured light reflectance imaging with high
spatial frequency patterns (f_x) can be used to quantitatively map the anisotropic scattering …

Multi diameter single fiber reflectance (MDSFR) spectroscopy is a non-invasive optical
technique based on using multiple fibers of different diameters to determine both the …

Light backscattering at short source–detector separations is considerably influenced by the
scattering phase function of a turbid medium. We seek to more precisely relate a medium's …

Single fiber reflectance (SFR) spectroscopy is a technique that is sensitive to small-scale
changes in tissue. An additional benefit is that SFR measurements can be performed …

Frequency variation in spatial frequency domain imaging is a powerful tool for adjusting the
penetration depth of the imaging signal and the parameter sensitivity toward absorption and …

Background and objective Fluorescence measurements in the skin are very much affected
by absorption and scattering but existing methods to correct for this are not applicable to …

Multidiameter single fiber reflectance (MDSFR) spectroscopy is a method that allows the
quantification of μs′ and the phase-function-dependent parameter γ of a turbid medium by …

Reflectance spectra measured in Intralipid (IL) close to the source are sensitive to
wavelength-dependent changes in reduced scattering coefficient _ (μ^′ _s) and scattering …