We investigated the role of light scattering in whole blood oximetry by transmission
spectrophotometry. To delineate the role of scattering and absorbance in the measurement …

The richness of hyperspectral imaging (HSI)-collected signals makes possible quantitative
inference by the inverse problem-solving of the chemical and biophysical parameters of the …

In the paper a pulse oximetry model is developed using an approach which combines both
theoretical and empirical modelling. The optical properties of whole blood are measured as …

This paper outlines a simplified theory to explain the behaviour of photoelectric
plethysmographs used for the measurement of blood flow in the skin. The paper reports the …

We have examined the relationship between cerebral blood volume (CBV) and
electrophysiology over primary somatosensory cortex (SI) in the rat. We did this by …

Syllectometry is a measuring method that is commonly used to assess red blood cell (RBC)
aggregability. In syllectometry, light is incident on a layer of whole blood initially exposed to …

In a multiyear clinical study, the authors tested the reliability of an optical technique for
diagnosing tissue damage on burn wounds. Optical reflectivity was measured using a …

In vivo measurement of the oxygen saturation levels in blood may be obtained from relative
amounts of backscattered monochromatic light at two different wavelengths, as measured …

Images of mammalian organs were built up using a laser collimated transillumination device
equipped with a bidirectional scanning setup. A microcomputer was used to run the …

Several functional brain mapping techniques have been developed over the past 3 decades
which have revolutionized our ability to map activity in the living brain, including positron …