We combine diffuse optical and correlation spectroscopies to simultaneously measure the
oxyhemoglobin and deoxyhemoglobin concentration and blood flow in an adult human …

To investigate the feasibility of a newly developednear-infrared optical spectroscopy device,
we analysed measurements of the infrared tracer indocyanine green (ICC) using sensors …

Optical methods have been used to measure physiological variables for decades, as is
apparent from other chapters in this book. However, the use of diffuse optical light for …

A time-resolved optical instrument allowing for noninvasive assessment of cerebral
oxygenation is presented. The instrument is equipped with picosecond diode lasers, fast …

We combine two near-infrared diffuse optical techniques to study variations of blood flow,
haemoglobin concentration, and blood oxygen saturation in the functioning rat brain. Diffuse …

Diffuse optical techniques were used to measure hemodynamics of tissues non-invasively.
Spectroscopy and tomography of the brain, muscle and implanted tumors were carried out in …

Diffuse optics has proven useful for quantitative assessment of tissue oxy-and
deoxyhaemoglobin concentrations and, more recently, for measurement of microvascular …

We have noninvasively studied the motor cortex hemodynamics in human subjects under
rest and motor stimulation conditions using a multichannel near‐infrared tissue …

A method of measuring cortical oxygen metabolism in the mouse brain that uses
independent quantitative measurements of three key parameters: cerebral blood flow (CBF) …

A simple instrument is demonstrated for high-resolution simultaneous imaging of total
hemoglobin concentration and oxygenation and blood flow in the brain by combining rapid …