Abstract
A system and method for the non-invasive portable ultrasound-based
measurement system of the #Cardiovascular blood pressure is presented,
wherein the blood pressure measurement model is calibrated to the
simultaneous direct measurements by pressure transducers during the
#catheterization. The model is based on the image time series processing
estimating the changes of the oscillating traceable regions via the
introduction of the new #ultrasound generalized M-Mode and the notion of
the derived image. Once calibrated the system is ready to recalculate
the pressure in the calibrated region, such as Left Atrium according to
the subsequent non-invasive ultrasound measurements. The system has been
successfully tested on animals (sheep) under subsequent
#catheterisations.
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A System and Method for Non-Invasive Measurement of #Cardiovascular Blood Pressure by Alexander Brenner in BJSTR
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