OBJECTIVE: To perform validation for an arm-type oscillometric TM-2655 device (A&D Company Ltd, Tokyo, Japan) for blood pressure measurement according to the British Hypertension Society protocol. METHODS: Eighty-five study participants (33 men and 52 women) were included in the study. Mean age was 52.9±15.0 years, systolic blood pressure range was 84-208 mmHg and diastolic blood pressure range was 48-120 mmHg. For each participant, three readings of TM-2655 were compared with sequential auscultatory measurements by two trained independent observers. The observers used a calibrated mercury sphygmomanometer and dual stethoscope. The results were graded according to the British Hypertension Society protocol 1993. RESULTS: The average differen...
The aim of this study was to define the accuracy of UM-211, an automated oscillometric device for of...
OBJECTIVE: The objective of this study was to determine the accuracy of the A&D BP UB-542 wrist ...
Li Li1, XinYu Zhang1, ChunHong Yan1, QingXiang Liang21Biomedical Engineering Lab, Faculty of Informa...
OBJECTIVE: To perform clinical validation of the TM-2564G device (A&D Company, Ltd, Tokyo, Japan) fo...
OBJECTIVE: To perform clinical validation of the TM-2564G device (A&D Company, Ltd, Tokyo, Japan) fo...
Objective: To perform a clinical validation for a semi-automatic arm-type device DA-704 (A&D Company...
Objective: To perform a clinical validation for a semi-automatic arm-type device DA-704 (A&D Company...
Hypertension is one of the most common reasons why North Americans visit a physician's office and it...
Background The Omron 705IT (HEM-759-E, Omron Corporation, Kyoto, Japan) is an automated oscillometri...
Background Demand for devices that allow the self-assessment of blood pressure continues to rise. Fe...
Objectives We tested the accuracy of the UA-705 blood pressure semi-automatic monitor. Methods Devic...
OBJECTIVE: To assess the Dixtal DX2710 automated oscillometric device used for blood pressure measur...
OBJECTIVE: To assess the Dixtal DX2710 automated oscillometric device used for blood pressure measur...
OBJECTIVE: To validate the UEBE Visomat Double Comfort, an upper arm blood pressure monitor designe...
OBJECTIVE: To validate the UEBE Visomat Double Comfort, an upper arm blood pressure monitor desig...
The aim of this study was to define the accuracy of UM-211, an automated oscillometric device for of...
OBJECTIVE: The objective of this study was to determine the accuracy of the A&D BP UB-542 wrist ...
Li Li1, XinYu Zhang1, ChunHong Yan1, QingXiang Liang21Biomedical Engineering Lab, Faculty of Informa...
OBJECTIVE: To perform clinical validation of the TM-2564G device (A&D Company, Ltd, Tokyo, Japan) fo...
OBJECTIVE: To perform clinical validation of the TM-2564G device (A&D Company, Ltd, Tokyo, Japan) fo...
Objective: To perform a clinical validation for a semi-automatic arm-type device DA-704 (A&D Company...
Objective: To perform a clinical validation for a semi-automatic arm-type device DA-704 (A&D Company...
Hypertension is one of the most common reasons why North Americans visit a physician's office and it...
Background The Omron 705IT (HEM-759-E, Omron Corporation, Kyoto, Japan) is an automated oscillometri...
Background Demand for devices that allow the self-assessment of blood pressure continues to rise. Fe...
Objectives We tested the accuracy of the UA-705 blood pressure semi-automatic monitor. Methods Devic...
OBJECTIVE: To assess the Dixtal DX2710 automated oscillometric device used for blood pressure measur...
OBJECTIVE: To assess the Dixtal DX2710 automated oscillometric device used for blood pressure measur...
OBJECTIVE: To validate the UEBE Visomat Double Comfort, an upper arm blood pressure monitor designe...
OBJECTIVE: To validate the UEBE Visomat Double Comfort, an upper arm blood pressure monitor desig...
The aim of this study was to define the accuracy of UM-211, an automated oscillometric device for of...
OBJECTIVE: The objective of this study was to determine the accuracy of the A&D BP UB-542 wrist ...
Li Li1, XinYu Zhang1, ChunHong Yan1, QingXiang Liang21Biomedical Engineering Lab, Faculty of Informa...