por jjiniesta@itaca | 31 Ene, 2024 | COR
Individualization of the electrophysiological status of patients with cardiac arrhythmias by combining feature assessments with artificial intelligence techniques. Creation of new personalized treatment protocols with cardiologists for quantifying cardiac status and...
por jjiniesta@itaca | 31 Ene, 2024 | COR
The COR group works on improving the conditioning and processing of cardiac signals and parameters, to obtain different electrophysiological data and aid in their understanding. Analyses are performed on surface electrocardiograms (ECG) from electrical potential...
por jjiniesta@itaca | 10 Ene, 2024 | COR, Projects COR
As the global population ages, the prevalence of comorbidities and health-deteriorating diseases increases, impacting the overall well-being and quality of life. In individuals aging normally, without severe diseases or comorbidities, chronological and biological age...
por jjiniesta@itaca | 10 Ene, 2024 | COR, Projects COR
The hypothesis of this project is rooted in the development of a tool that, by combining ventricular electrical activity, the relationship with signals measured on the patient’s torso, and its correlation with the ECGi solution, yields an approximation of the...
por jjiniesta@itaca | 10 Ene, 2024 | COR, Projects COR
The goal of CARE-ECGI is to develop a non-invasive mapping system that allows to display the ventricular electrical activity on the heart in real time to support the pacemaker treatment. The CARE-ECGI consortium will integrate Corify Care’s electrocardiographic...
por jjiniesta@itaca | 10 Ene, 2024 | COR, Projects COR
The SAVE-COR project will introduce a new solution to identify the cardiac region where a patient’s arrhythmia originates. SAVE-COR stands for the stratification of atrial and ventricular arrhythmias based on electrocardiographic imaging. SAVE-COR’s solution, ACORYS®,...
