Journal of Clinical Physiology
Online ISSN : 2435-1695
Print ISSN : 0286-7052
Original Article
Evaluation with Arm Ergometry for Oxygen Therapy in Respiratory Diseases
Etsuo FUJITAKazushi UOTANITakuya TAKAGITadatoshi SURUDATakaaki TAMURASatoru YOSHIDAKaori MIYATATomomi NAKAOYoji HIRAYAMAKoji NODAYuka OKABETatsuya AOKIYuhei SHIMIZUHaruka YOKOYAMAHironobu HOSHIYAKenichi FURUKAWAKazuya YOSHIKAWAYuji TOHDAKousuke SHIMADAKatsuhiro YAMAMOTO
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JOURNAL OPEN ACCESS

2021 Volume 51 Issue 2 Pages 103-108

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Abstract

 In this study, we evaluated the efficacy of arm ergometry exercise tests for the prescription of oxygen therapy in patients with respiratory disease who are unable to be tested by walking exercise. In 19 patients (males, 13; females, 6; age, 78.0±7.4 years) with respiratory disease (chronic obstructive pulmonary disease, COPD, 7; bronchial asthma, BA, 4; pneumonia, 4; interstitial pneumonia, IP, 3; and chronic heart failure, CHF, 1), exercise tests with arm ergometry were performed in order to determine the appropriate dose of oxygen for exercise or daily use. The mean oxygen dose from rest to peak exercise was 1.7±1.1 L/min. Heart rate (HR) values at rest and at peak were 84.9±14.4 and 95.1±17.1 beats/min, respectively, while oxygen saturation (SpO2) decreased from 96.6±3.0% at rest to 90.5±5.6% at peak exercise. The mean number of revolutions/min for arm ergometry under the lightest load was 45.9±13.6. While there was no significant correlation between change in HR and revolutions/min (R=0.061, P=0.8028), SpO2 change was found to correlate with revolutions/min (R=0.619, P=0.0047). Exercise tests using arm ergometry were conclusively found to have adequate accuracy to determine the appropriate oxygen therapy for respiratory disease patients who are unable to perform walking exercise.

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© 2021 Japanese Society of Clinical Physiology
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