Stokes polarimeter based endoscopes are emerging as an area of technology where
polarization imaging can greatly impact clinical care by improving diagnostic tools without …

Tissue‐depolarization and linear‐retardance are the main polarization characteristics of
interest for bulk tissue characterization, and are normally interpreted from Mueller …

Polarized light can reveal diagnostic information about tissue morphology. To promote easy
adoption of polarization imaging techniques in the clinic it would be beneficial if they can be …

Polarization imaging can reveal orthogonal information with respect to color about the
structural composition of biological tissue, and with the advance of superior polarimeters its …

Tissue polarimetry holds great promise to improve the effectiveness of conventional cancer
diagnostics and staging, being a fast, minimally invasive, and low-cost optical technique. We …

Polarimetry has a long and successful history in various forms of clear media. Driven by their
biomedical potential, the use of the polarimetric approaches for biological tissue assessment …

Tissue polarimetry has been gaining importance in extracting useful diagnostic information
from the structural attributes of tissues, which vary in response to the tissue health status and …

We conducted Monte Carlo simulations based on anisotropic sclera-mimicking models to
examine the polarization features in Mueller matrix polar decomposition (MMPD) …

Significance Division-of-focal-plane Stokes polarimetry is emerging as a powerful tool for the
microstructural characterization of soft tissues. How individual extracellular matrix (ECM) …

Tissue polarimetric imaging measures Mueller matrices of tissues or Stokes vectors of the
emergent light from tissues (normally using incidence with a fixed polarization state) over a …