What is automated sphygmomanometer with author?
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An automated sphygmomanometer is a device used for blood pressure measurement. Various types and features of automated sphygmomanometers are discussed in the literature. For instance, one study focused on developing an automatic sphygmomanometer simulator that accurately simulates human blood pressure conditions for different age groups and health statuses . Another study compared manual and digital sphygmomanometers, highlighting the reduction in measurement biases with digital devices over time . Additionally, an automatic triggering electronic sphygmomanometer device was proposed, utilizing magnetic components for automatic activation without the need for extra circuits . Furthermore, an automated oscillometric electronic sphygmomanometer was designed using a microcontroller for accurate blood pressure measurement and display .
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| Papers (5) | Insight |
|---|---|
1 Citations | Automated sphygmomanometers utilize oscillometric method for blood pressure measurement. The specific author of the paper is not provided in the abstract. |
| Automated sphygmomanometer simulator was developed with a pressure system using a dc motor, small air cylinder, and brass bellows for accurate and repeatable pressure generation. (No author mentioned) | |
03 Dec 2010 7 Citations | Automated oscillometric electronic sphygmomanometer designed by Pinwei Zhu utilizes MSP430F449 microcontroller for accurate blood pressure measurement, integrating signal processing circuits for reliable results. |
| Automated sphygmomanometer with magnetic triggering mechanism, saving energy and simplifying design. Authorship information not provided in the abstract. | |
| Automated sphygmomanometer was compared to manual in the study. The author aimed to quantify biases in blood pressure measurement with both devices. |
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Is the hand strength measurement using sphygmomanometer comparable to the hand grip strength test using jammar dynamometer?5 answersHand strength measurement using a sphygmomanometer is comparable to the hand grip strength test using a Jamar dynamometer. The study by Pujianita et al. found a strong correlation between grip strength measured with a sphygmomanometer cuff method and the Jamar dynamometer. They developed a prediction formula using the sphygmomanometer grip strength value, sex, and age to estimate the Jamar grip strength value. Another study by Wichelhaus et al. compared the Jamar dynamometer with a new cylindrical measuring system and found that both measurement techniques yielded similar results. They concluded that the new measuring system, which includes the sphygmomanometer cuff method, is well suited for clinical research purposes. Therefore, based on these studies, it can be concluded that the hand strength measurement using a sphygmomanometer is comparable to the hand grip strength test using a Jamar dynamometer.