Measurement of tissue oxygenation level in human lip

Hideji Komatsu; Motohide Ikawa; Keishiro Karita; Satoshi Fukumoto

doi:10.1007/978-4-431-54070-0_30

Measurement of tissue oxygenation level in human lip

Hideji Komatsu, Motohide Ikawa, Keishiro Karita, Satoshi Fukumoto

Research output: Chapter in Book/Report/Conference proceeding › Chapter

2 Citations (Scopus)

Abstract

Kashima (Optics Laser Technol 35: 485-489, 2003) reported a method based on the Beer-Lambert law for measuring blood volume and its oxygenation in a small volume of tissue (<1 cm³). In the present study, the applicability of a tissue blood oxygenation monitor based on Kashima’s report (Optics Laser Technol 35: 485-489, 2003) to human lip was examined. The amount of oxy-hemoglobin, the amount of deoxy-hemoglobin, total amount of hemoglobin (THb) and oxygen satu-ration levels (StO₂) in human lower lips and in fingerpads of five healthy partici-pants (age: 28-55) were measured using the tissue blood oxygenation monitor. Tissue oxygenation levels in lips ranged between 81% and 88%, while those in fingerpads ranged between 77% and 83%. Deep breath evoked a transient decrease of StO₂ both in lip and fingerpad, and the change in StO₂ was not synchronous either with BF or THb. The results indicated that the device used in this study reflected tissue oxygenation levels.

Original language	English
Title of host publication	Interface Oral Health Science 2011
Publisher	Springer Japan
Pages	128-130
Number of pages	3
ISBN (Electronic)	9784431540700
ISBN (Print)	9784431540694
DOIs	https://doi.org/10.1007/978-4-431-54070-0_30
Publication status	Published - Jan 1 2012
Externally published	Yes

All Science Journal Classification (ASJC) codes

Dentistry(all)

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This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.1007/978-4-431-54070-0_30

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title = "Measurement of tissue oxygenation level in human lip",

abstract = "Kashima (Optics Laser Technol 35: 485-489, 2003) reported a method based on the Beer-Lambert law for measuring blood volume and its oxygenation in a small volume of tissue (<1 cm3). In the present study, the applicability of a tissue blood oxygenation monitor based on Kashima{\textquoteright}s report (Optics Laser Technol 35: 485-489, 2003) to human lip was examined. The amount of oxy-hemoglobin, the amount of deoxy-hemoglobin, total amount of hemoglobin (THb) and oxygen satu-ration levels (StO2) in human lower lips and in fingerpads of five healthy partici-pants (age: 28-55) were measured using the tissue blood oxygenation monitor. Tissue oxygenation levels in lips ranged between 81% and 88%, while those in fingerpads ranged between 77% and 83%. Deep breath evoked a transient decrease of StO2 both in lip and fingerpad, and the change in StO2 was not synchronous either with BF or THb. The results indicated that the device used in this study reflected tissue oxygenation levels. ",

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T1 - Measurement of tissue oxygenation level in human lip

AU - Komatsu, Hideji

AU - Ikawa, Motohide

AU - Karita, Keishiro

AU - Fukumoto, Satoshi

PY - 2012/1/1

Y1 - 2012/1/1

N2 - Kashima (Optics Laser Technol 35: 485-489, 2003) reported a method based on the Beer-Lambert law for measuring blood volume and its oxygenation in a small volume of tissue (<1 cm3). In the present study, the applicability of a tissue blood oxygenation monitor based on Kashima’s report (Optics Laser Technol 35: 485-489, 2003) to human lip was examined. The amount of oxy-hemoglobin, the amount of deoxy-hemoglobin, total amount of hemoglobin (THb) and oxygen satu-ration levels (StO2) in human lower lips and in fingerpads of five healthy partici-pants (age: 28-55) were measured using the tissue blood oxygenation monitor. Tissue oxygenation levels in lips ranged between 81% and 88%, while those in fingerpads ranged between 77% and 83%. Deep breath evoked a transient decrease of StO2 both in lip and fingerpad, and the change in StO2 was not synchronous either with BF or THb. The results indicated that the device used in this study reflected tissue oxygenation levels.

AB - Kashima (Optics Laser Technol 35: 485-489, 2003) reported a method based on the Beer-Lambert law for measuring blood volume and its oxygenation in a small volume of tissue (<1 cm3). In the present study, the applicability of a tissue blood oxygenation monitor based on Kashima’s report (Optics Laser Technol 35: 485-489, 2003) to human lip was examined. The amount of oxy-hemoglobin, the amount of deoxy-hemoglobin, total amount of hemoglobin (THb) and oxygen satu-ration levels (StO2) in human lower lips and in fingerpads of five healthy partici-pants (age: 28-55) were measured using the tissue blood oxygenation monitor. Tissue oxygenation levels in lips ranged between 81% and 88%, while those in fingerpads ranged between 77% and 83%. Deep breath evoked a transient decrease of StO2 both in lip and fingerpad, and the change in StO2 was not synchronous either with BF or THb. The results indicated that the device used in this study reflected tissue oxygenation levels.

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EP - 130

BT - Interface Oral Health Science 2011

PB - Springer Japan

ER -

Measurement of tissue oxygenation level in human lip

Abstract

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