Claudia Sheshja
Firmware development and testing of semi-invasive multichannel esophageal ECG recorder for 3D mapping of electrical heart activity.
Rel. Marco Knaflitz. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Biomedica, 2020
Abstract
The Multichannel Esophageal ECG recorder was developed as a long-term recording diagnostic device to overcome the limits of normal surface ECGs in the detection of arrhythmias. The surface ECG is a non-invasive device used nowadays by cardiologists as a method of first screening in case of arrhythmias that are difficult to diagnose if not periodical. The limitations of this technology can be caused by irritation of the electrodes on the skin or lack of sensitivity to P waves. Against this background, the device designed by the research team at Institute for Human Centered Engineering HuCE (Bern University of Applied Sciences BFH) has proven to be more sensitive to arrhythmia detection.
Subsequently, given the needs of cardiologists to have a device that would allow to obtain a 3D map of the electrical heart activity that does not require invasive methods or the use of ionizing radiation, the attention of the research team shifted to the definition of a new esophageal catheter
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