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A novel art of continuous noninvasive blood pressure measurement

Medicine and Health

A novel art of continuous noninvasive blood pressure measurement

J. Fortin, D. E. Rogge, et al.

Discover CNAP2GO, a groundbreaking method for continuous noninvasive hemodynamic monitoring, developed by Jürgen Fortin, Dorothea E Rogge, Christian Fellner, Doris Flotzinger, Julian Grond, Katja Lerche, and Bernd Saugel. This innovative system measures blood pressure with exceptional accuracy, promising to transform patient monitoring through miniaturized, wearable sensors.

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Playback language: English
Abstract
This paper introduces CNAP2GO, an innovative method for continuous noninvasive hemodynamic monitoring. CNAP2GO directly measures blood pressure using a volume control technique (VCT), achieving high accuracy compared to invasive measurements in a clinical study of 46 surgical patients. The system self-calibrates and is designed for miniaturization into wearable sensors, potentially revolutionizing patient monitoring in various settings.
Publisher
NATURE COMMUNICATIONS
Published On
Mar 02, 2021
Authors
Jürgen Fortin, Dorothea E Rogge, Christian Fellner, Doris Flotzinger, Julian Grond, Katja Lerche, Bernd Saugel
Tags
hemodynamic monitoring
noninvasive
blood pressure
wearable sensors
clinical study
self-calibration
volume control technique
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