Development of a tissue oxygen consumption measurement method based on near-infrared photoplethysmography

A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO/sub 2/, SvO/sub 2/) differences, the physiolo...

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Published inConference proceedings (IEEE Engineering in Medicine and Biology Society. Conf.) Vol. 1; pp. 2227 - 2230
Main Authors Nogawa, M., Tanaka, S., Shibata, M., Yamakoshi, K.
Format Conference Proceeding Journal Article
LanguageEnglish
Published United States IEEE 01.01.2004
Subjects
Biomedical measurements
Biomedical monitoring
Biomedical optical imaging
Blood flow
Fluid flow measurement
Optical saturation
Optical sensors
Optoelectronic and photonic sensors
oximetry
Oxygen
oxygen consumption
Reflectivity
tissue optics
Online AccessGet full text
ISBN9780780384392
0780384393
ISSN1557-170X
DOI10.1109/IEMBS.2004.1403649

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Abstract A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO/sub 2/, SvO/sub 2/) differences, the physiological Fick principle. The performance of the reflectance oximeter was demonstrated in the theoretical simulation of the three-dimensional photon diffusion theory and the experimental study in the human subjects. As the results, the good agreements between theoretical and experimental studies of the oximeter were observed in the range of 70-100% SaO/sub 2/ and 70-90% SvO/sub 2/. The reflectance optical local tissue oxygen consumption measurement sensor would be applicable for various fields especially for the sports medicine, the patients monitoring and the transplanting organs monitoring.
AbstractList A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO/sub 2/, SvO/sub 2/) differences, the physiological Fick principle. The performance of the reflectance oximeter was demonstrated in the theoretical simulation of the three-dimensional photon diffusion theory and the experimental study in the human subjects. As the results, the good agreements between theoretical and experimental studies of the oximeter were observed in the range of 70-100% SaO/sub 2/ and 70-90% SvO/sub 2/. The reflectance optical local tissue oxygen consumption measurement sensor would be applicable for various fields especially for the sports medicine, the patients monitoring and the transplanting organs monitoring.
A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO2, SvO2) differences, the physiological Fick principle. The performance of the reflectance oximeter was demonstrated in the theoretical simulation of the three-dimensional photon diffusion theory and the experimental study in the human subjects. As the results, the good agreements between theoretical and experimental studies of the oximeter were observed in the range of 70-100% SaO2 and 70-90% SvO2. The reflectance optical local tissue oxygen consumption measurement sensor would be applicable for various fields especially for the sports medicine, the patients monitoring and the transplanting organs monitoring.
A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO2, SvO2) differences, the physiological Fick principle. The performance of the reflectance oximeter was demonstrated in the theoretical simulation of the three-dimensional photon diffusion theory and the experimental study in the human subjects. As the results, the good agreements between theoretical and experimental studies of the oximeter were observed in the range of 70-100% SaO2 and 70-90% SvO2. The reflectance optical local tissue oxygen consumption measurement sensor would be applicable for various fields especially for the sports medicine, the patients monitoring and the transplanting organs monitoring.A dual-wavelength reflectance optical oximeter sensor in combination with a simple photoplethysmographic technique was developed to measure the local tissue oxygen consumption from the simultaneous measurement of the arterio-venous oxygen saturation (SaO2, SvO2) differences, the physiological Fick principle. The performance of the reflectance oximeter was demonstrated in the theoretical simulation of the three-dimensional photon diffusion theory and the experimental study in the human subjects. As the results, the good agreements between theoretical and experimental studies of the oximeter were observed in the range of 70-100% SaO2 and 70-90% SvO2. The reflectance optical local tissue oxygen consumption measurement sensor would be applicable for various fields especially for the sports medicine, the patients monitoring and the transplanting organs monitoring.
Author Tanaka, S.
Nogawa, M.
Yamakoshi, K.
Shibata, M.
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SubjectTerms Biomedical measurements
Biomedical monitoring
Biomedical optical imaging
Blood flow
Fluid flow measurement
Optical saturation
Optical sensors
Optoelectronic and photonic sensors
oximetry
Oxygen
oxygen consumption
Reflectivity
tissue optics
Title Development of a tissue oxygen consumption measurement method based on near-infrared photoplethysmography
URI https://ieeexplore.ieee.org/document/1403649
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