We described a low-cost, frequency-domain photon migration spectroscopy instrument by
using in-phase and quadrature demodulation technique in a 140-MHz homodyne system. A …

We describe a novel frequency-domain photon migration instrument employing direct diode
laser modulation and avalanche photodiode detection, which is capable of noninvasively …

A 1-GHz multifrequency, multiwavelength frequency-domain photon migration instrument is
used to measure quantitatively the optical absorption (μ_a) and effective optical scattering …

The ability to map interior optical properties of a highly scattering medium from exterior
measurements of light propagation is afforded by optical tomography. In this communication …

The application of optical spectroscopy and imaging in living tissue is complicated by
multiple scattering of light. In spectroscopy, this scattering causes uncertainty in the …

In response to the conference organizer's request, I am presenting a summary of the current
status of medical optical imaging and spectroscopy. This is a topic which is advancing …

Near IR time resolved spectroscopy has been studied for quantitative determination of
absorbance in highly scattering medium such as tissue. When a very narrow optical pulse is …

Optical imaging of in vivo tissue and noninvasive optical assessment of deep tissue requires
knowledge concerning photon migration paths in the medium. We used intralipid emulsion …

Frequency-domain photon migration measurements across the surface of a tissue-
mimicking, semi-infinite phantom are acquired via an intensified charge-coupled device …

We report the use of frequency-domain (FD) measurements to characterize time-dependent
migration of 620-740 nm photons in tissues, in particular arm and finger. The time …