Unique ID issued by UMIN | UMIN000038900 |
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Receipt number | R000042280 |
Scientific Title | Agreement of respiratory rate monitoring with microwave Doppler sensor below the bed |
Date of disclosure of the study information | 2020/02/01 |
Last modified on | 2023/10/06 00:59:48 |
Agreement of respiratory rate monitoring with microwave Doppler sensor below the bed
Agreement of respiratory rate monitoring with microwave Doppler sensor below the bed
Agreement of respiratory rate monitoring with microwave Doppler sensor below the bed
Agreement of respiratory rate monitoring with microwave Doppler sensor below the bed
Japan |
Spontaneous breathing patients who received oxygen supplementation at intensive care unit
Intensive care medicine |
Others
NO
To evaluate the agreement of respiratory rate measurement with microwave Doppler sensor below the bed
Efficacy
Confirmatory
To evaluate bias and 95% limits of agreement of respiratory rate measurements between microwave Doppler sensor below the bed and Capnography
1) To evaluate bias and 95% limits of respiratory rate measurements between Pressure sensor and Capnography
2) To evaluate bias and 95% limits of respiratory rate measurements between microwave Doppler sensor below the bed/Pressure sensor and Visual counting
3) To evaluate bias and 95% limits of respiratory rate measurements between Capnography and Electrical thoracic impedance
4) Incidence rate affecting respiratery rate measurements by each devices(microwave Doppler sensor, Capnography, and Electrical thoracic impedance)
Observational
20 | years-old | <= |
Not applicable |
Male and Female
1) Over 20 years old
2) Postoperative patients who enter to the intensive care unit of Yokohama City University Hospital
3) Patients who need oxygen supplementation via the nasal cannula
4) Patients who were obtained informed consents of this study
1) Patients who were not obtained informed consents of this study
2) Patients with the interstitial pneumonia
3) Patients with Sleep apnea syndrome
4) Inappropriate case by research director's judgement
20
1st name | Shunsuke |
Middle name | |
Last name | Takaki |
Yokohama City University Hospital
Department of Anesthesiology and Critical Care
236-0004
3-9 Fukuura, Kanazawa-ku, Yokohama, Kanagawa, Japan
+81457872800
shunty5323@gmail.com
1st name | Hiroyuki |
Middle name | |
Last name | Tanaka |
Yokohama City University Hospital
Department of Anesthesiology and Critical Care
236-0004
3-9 Fukuura, Kanazawa-ku, Yokohama, Kanagawa, Japan
+81457872800
http://www.yokohama-cu.ac.jp/fukuhp/
tanaka@nms.ac.jp
Yokohama City University, Department of Anesthesiology and Critical Care
KONICA MINOLTA, INC.
Profit organization
Japan
Yokohama City University, Department of Anesthesiology and Critical Care
3-9 Fukuura, Kanazawa-ku, Yokohama, Kanagawa, Japan
+81457872800
tanaka@nms.ac.jp
NO
2020 | Year | 02 | Month | 01 | Day |
doi: 10.1007/s10877-023-01081-7.
Published
doi: 10.1007/s10877-023-01081-7.
24
Eighteen participants were included. The bias (95% limits of Agreement) of the microwave Doppler sensor, thoracic impedance pneumography, and piezoelectric sensor were 0.2 (-4.8 to 5.2), 1.5 (-4.4 to 7.4), and 0.4 (-4.0 to 4.8) breaths/minute, respectively.
2023 | Year | 10 | Month | 06 | Day |
The median [interquartile range] values of age and body mass index of analyzed participants were 57.5[48.3 - 60.6] years and 22.8 [21.9 - 24.4] kg/m2, respectively.
Respiratory rates were measured for participants admitted to the intensive care units after surgery by microwave Doppler sensor, capnography, thoracic impedance pneumography, piezoelectric sensors, and visual counting.
This observational study did not assess any adverse events as a protocol.
Primary outcome was that the bias (95% limits of Agreement) of the microwave Doppler sensor, thoracic impedance pneumography, and piezoelectric sensor were 0.2 (-4.8 to 5.2), 1.5 (-4.4 to 7.4), and 0.4 (-4.0 to 4.8) breaths/minute, respectively.
Completed
2019 | Year | 07 | Month | 17 | Day |
2019 | Year | 07 | Month | 17 | Day |
2019 | Year | 12 | Month | 17 | Day |
2022 | Year | 09 | Month | 30 | Day |
Methods:
1) We simultaneously measure respiratory rate by Microwave Doppler sensor, Pressure sensor, Capnography and Electrical thoracic impedance.
One measurment period is defined as continuous 15 minutes. Measurment period is planed to performe at least twice during the night time(1:00 to 6:00).
Therefore, we will obtain 30 data points per patients, at least.
2) visual counting
We measure respiratory rate by visual counting once per hour as usual clinical work of the incharge nurse.
2019 | Year | 12 | Month | 16 | Day |
2023 | Year | 10 | Month | 06 | Day |
Value
https://center6.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000042280
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