For in vivo determination of optically active (chiral) substances in turbid media, like for
example glucose in human tissue, the backscattering geometry is particularly convenient …

Determination of the intrinsic polarization properties of a complex turbid medium such as
biological tissue in the backscattering geometry (a geometry that is convenient for in situ …

The effects of turbid chiral media on light polarization are studied in different directions
around the scattering samples using a refined linear Stokes polarimeter, which simplifies the …

Linear birefringence and optical activity are two common optical polarization effects present
in biological tissue, and determination of these properties has useful biomedical …

The polarization properties of light scattered in a lateral direction from turbid media were
studied. Polarization modulation and synchronous detection were used to measure, and …

Development of methodologies for quantification/unique interpretation of the intrinsic
polarimetry characteristics of biological tissues are important for various applications …

An analytical technique based on Stokes polarimetry and the Mueller matrix method is
proposed for extracting the effective linear birefringence, linear dichroism, circular …

The properties of polarized light emerging from turbid media in the exact backscattering
direction are studied by modulating the incident light polarization state and isolating the …

The polarization properties of any medium are completely described by the sixteen element
Mueller matrix that relates the polarization parameters of the light incident on the medium to …

There is considerable recent interest in using polarized light to investigate turbid biological
media. Although tissue multiple scattering randomizes incident polarization states, there are …