Human forearm oxygenation and scattering changes during ischemia were investigated
using picosecond near infrared laser spectroscopy. Path lengths were calculated for …

We demonstrate the ability of a 16-wavelength time domain near-infrared spectroscopy
system to monitor changes in oxy-and deoxy haemoglobin ([HbO 2][HHb]) and the oxidation …

The purpose of this study was to quantify muscle deoxygenation in human skeletal muscles
using near infrared time-resolved spectroscopy (NIRTRS) and compare NIRTRS indicators …

For spectroscopic purposes, the forearm is a conveniently large object to be investigated
because consistent oxygenation and blood volume changes can be obtained. Human …

The oxygenation of human forearm muscle tissue can be investigated using near infrared
spectroscopy (NIRS). Oxy and deoxy hemoglobin changes can be quantified combining …

Absorption and reduced scattering coefficients at 715 and 825 nm as well as hemoglobin
saturation and content of the forehead and the forearm were measured by a 110 MHz …

A compact and fast multi-channel time-resolved near-infrared spectroscopy system for tissue
oximetry was developed. It employs semiconductor laser and fibre optics for delivery of …

Ten near infrared spectroscopic reflectance images were collected from the forearm of a
volunteer subject during the course of two ischemia-reperfusion events, one involving …

Near infrared spectroscopy (NIRS) is a non-invasive optical method to monitor changes in
the oxygenation and concentration of hemoglobin and myoglobin in biological tissue …

The principle of non-invasive optical measurement of tissue oxygenation was described with
the special emphasis of near-infrared region. Near-infrared light is rather transparent to the …