Title :
Real-time telemetric physiologic recordings of ventricle pressure-volume in an awake swine model with histopathological evaluation
Author :
Kyle Fricke;Filip Konecny;Alexander El-Warrak;Chad Hodgson;Heather Cadieux-Pitre;Tracy Hill;Robert Sobot
Author_Institution :
ECE, Western University, Canada
Abstract :
We present our in-vivo study related to the use of our implantable RF telemetry system for pressure-volume (PV) cardiac monitoring in animal subject. We used commercial MEMS PV sensor that is implanted into the subject´s heart left-ventricle (LV), while the telemetry was implanted close-by and connected to the sensor with a 7-microwires tether. The study demonstrated viability of the methodology that includes the surgical procedure and real-time monitoring of the in-vivo data in a freely moving subject.
Keywords :
"Catheters","Telemetry","Implants","Animals","Radio frequency","Heart","Surgery"
Conference_Titel :
Biomedical Circuits and Systems Conference (BioCAS), 2015 IEEE
DOI :
10.1109/BioCAS.2015.7348402