Multispectral imaging (MSI) is a technique for measurement of blood oxygen saturation in
vivo that can be applied using various imaging modalities to provide new insights into …

Imaging of tissue oxygenation is important in several applications associated with patient
care. Optical sensing is commonly applied for assessing oxygen saturation but is often …

We report the development of a general, quantitative, and localized visible light clinical
tissue oximeter, sensitive to both hypoxemia and ischemia. Monitor design and operation …

Recent advances in imaging spectroscopy provide the opportunity for mapping the oxygen
saturation of blood in skin with high accuracy, large spatial coverage, small spatial …

Oxygen saturation (SO_2) in tissue is a crucially important physiological parameter with
ubiquitous clinical utility in diagnosis, treatment, and monitoring, as well as widespread use …

Oxygen content is crucial for the functioning of human body organs, as it plays a vital role in
cellular respiration, which generates energy necessary for life-sustaining functions. The …

Optoacoustic Technique for Non-invasive Continuous Monitoring of Blood Oxygenation Page 1
272/MFl-l Optoacoustic Technique for Non-invasive Continuous Monitoring of Blood …

Multi-spectral imaging enables non-invasive sensing of chemical concentrations in
biological tissue based on measurement of optical absorption, but invariably in the presence …

Pulse oximetry is a non-invasive method for measuring blood oxygen saturation. However,
its detection scheme heavily relies on single-point measurements. If the oxygen saturation is …

Objective. To describe a new pulse oximetry technology and measurement paradigm
developed by Masimo Corporation. Introduction. Patient motion, poor tissue perfusion …