We present Monte Carlo modeling studies to provide a quantitative understanding of
contrast observed in spatially resolved reflectance spectra of normal and highly dysplastic …

We present a fiber optic probe that combines polarized illumination and detection with an
angled distal probe geometry to detect the size-dependent scattering at a specific depth …

We present a Monte Carlo (MC) method to determine depth-dependent probability
distributions of photon visitation and detection for optical reflectance measurements …

A method is described for measuring optical properties and deriving chromophore
concentrations from diffuse reflection measurements at the surface of a turbid medium. The …

The accurate understanding of optical properties of human tissues plays an important role in
the optical diagnosis of early epithelial cancer. Many inverse models used to determine the …

A two-layer tissue diffuse reflectance model is described. The model is based on a simple
one-layer model that we have recently developed and successfully applied to the analysis of …

We present a lookup table (LUT)–based inverse model for determining the optical properties
of turbid media from steady-state diffuse reflectance spectra that is valid for fiber-based …

Determination of tissue optical properties is fundamental for application of light in either
therapeutical or diagnostics procedures. In the present work we implemented a spatially …

Monte Carlo (MC) modeling of photon transport in tissues is generally performed using
simplified functions that only approximate the angular scattering properties of tissue …

Optical fibers can deliver light to, and collect it from, regions deep in tissue. However,
reported illumination and fluorescence collection volumes adjacent to the fiber tip have been …