Optical imaging and tomography in tissues can facilitate the quantitative study of several
important chromophores and fluorophores. Several theoretical models have been validated …

We report measurement of optical transport parameters of normal and malignant (ductal
carcinoma) human breast tissue. A spatially resolved steady-state diffuse reflectance …

The absorption and transport scattering coefficients of caucasian and negroid dermis,
subdermal fat and muscle have been measured for all wavelengths between 620 and 1000 …

Local and superficial near-infrared (NIR) optical-property characterization of turbid biological
tissues can be achieved by measurement of spatially resolved diffuse reflectance at small …

The applicability of diffusion theory for the determination of tissue optical properties from
time-resolved reflectance spectroscopy is investigated. Analytical expressions from diffusion …

We have determined the spectral dependence of the temporal point spread functions of
human tissues experimentally between 740 and 840 nm in transmittance measurements on …

An efficient method is proposed for the evaluation of the absorption and the transport
scattering coefficients from a time-resolved reflectance or transmittance distribution. The …

Diffuse optical spectroscopy (DOS) provides a powerful tool for fast and noninvasive disease
diagnosis. The ability to leverage DOS to accurately quantify tissue optical parameters …

The goal of frequency-domain optical absorption spectroscopy is the noninvasive
determination of the absorption coefficient of a specific tissue volume. Since this allows the …

When a picosecond light pulse is incident on biological tissue, the temporal characteristics
of the light backscattered from, or transmitted through, the sample carry information about …