Understanding the spatial and depth sensitivity of non-invasive near-infrared spectroscopy
(NIRS) measurements to brain tissue–ie, near-infrared neuromonitoring (NIN)–is essential …

In order to quantify near-infrared spectroscopic (NIRS) data on an inhomogeneous medium,
knowledge of the contribution of the various parts of the medium to the total NIRS signal is …

Near-infrared light propagation in various models of the adult head is analyzed by both time-
of-flight measurements and mathematical prediction. The models consist of three-or four …

Although intracranial hematoma detection only requires the continuous wave technique of
near infrared spectroscopy (NIRS), previous studies have shown that there are still some …

Light propagation in two-layered turbid media having an infinitely thick second layer is
investigated in the steady-state, frequency, and time domains. A solution of the diffusion …

We introduce a novel method for determining analyte concentration as a function of depth in
a highly scattering media by use of a dual-wavelength optical coherence tomography …

The review begins with an overview of the fundamental principles/physics underlying light,
fluorescence, and other light-matter interactions in biological tissues. It then focuses on 5 …

The exact volume of brain tissue interrogated in near-infrared spectroscopy (NIRS) studies
of cerebral oxygenation is unknown, the inhomogeneity of the head and resulting variation …

The correct accounting of laser emitter parameters for improvement of diagnostic authenticity
of methods of optical biomedical diagnostic is important problem for applied biophotonic …

We present numerical and experimental results of time-resolved emission profiles from
various layered turbid media. Numerical solutions determined by time-resolved Monte Carlo …