We have developed a three-wavelength (759,797, and 833 nm) time-resolved spectroscopy
(TRS) system as a tissue oxygenation monitor employing a time-correlated single photon …

We developed a three wavelength time-resolved spectroscopy system called the TRS-10 for
use as a tissue oxygenation monitor. The TRS-10 achieved a higher data acquisition rate …

A new clinical tissue oxygenation monitor, the NIRO-300, has been developed. In addition to
monitoring changes in hemoglobin concentration and redox state of cytochrome oxidase …

We present a multi-channel, multi-distance broadband near-infrared spectroscopy (NIRS)
system with the capability of measuring changes in haemoglobin concentrations (Δ [HbO_2] …

A simple continuous wave near-infrared algorithm for estimating local hemoglobin oxygen
saturation in tissue (% StO 2) is described using single depth attenuation measurements at …

The tissue metabolic rate of oxygen consumption (tMRO2) is a clinically relevant marker for
a number of pathologies including cancer and arterial occlusive disease. We present and …

The combination of optical coherence tomography and spectroscopy may allow for highly
localized, quantitative measurements of tissue spectral properties. We present, for the first …

Photonify's tissue spectrometer uses Near-Infrared Spectroscopy for real-time, noninvasive
measurement of hemoglobin concentration and oxygen saturation [SO 2] of biological …

4. Conclusions We describe a four wavelength continuous wave near-infrared algorithm for
estimating hemoglobin oxygen saturation in tissue using single depth attenuation …

The recent development of near-infrared time-and frequency-resolved tissue spectroscopy
techniques to probe tissue oxygenation and tissue oxygenation kinetics has led to the need …