Validation of Wrist Type Oscillometric Blood Pressure Monitorings

Blood Pressure

oscillometric, wrist blood pressure monitor, sphygmomanometer

Since the wrist devices have the advantage of being smaller, lighter, and more inexpensive than the upper arm devices, wrist devices become increasingly popular. However, it is of utmost importance to ensure that the BP measuring device can measure BP accurately. This study will be aimed to validate a wrist type oscillometric blood pressure monitoring with reference to the brachial blood pressure measured by auscultatory method with a mercury sphygmomanometer.

High blood pressure (BP) is one of the major cardiovascular risk factors in adults. Home blood pressure monitoring is superior to office-based measurements for prediction of the future development of cardiovascular diseases and is recommended by major guidelines. To monitor BP at home, patients can use devices that measure BP either at the arm or at the wrist. Among BP monitors, the wrist device is relatively easy to use, as the cuff can be used with one hand easily and correctly around the wrist than around the arm, and undressing is not necessary. Since the wrist devices have the advantage of being smaller, lighter, and more inexpensive than the upper arm devices, wrist devices become increasingly popular. However, it is of utmost importance to ensure that the BP measuring device can measure BP accurately. To make sure the performance of these devices, several guidelines have proposed protocols to validate these devices. This study will be aimed to validate a wrist type oscillometric blood pressure monitoring with reference to the brachial blood pressure measured by auscultatory method with a mercury sphygmomanometer.

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