PFEIFER was specifically designed to process electrocardiographic recordings from
electrodes placed on or around the heart or on the body surface. Specific steps included in …

Myocardial ischemia is one of the most common cardiovascular pathologies and can
indicate many severe and life threatening diseases. Despite these risks, current …

Introduction Myocardial ischemia is a pathological condition initiated by supply and demand
imbalance of the blood to the heart. Previous studies suggest that ischemia originates in the …

Background Computational models of myocardial ischemia often use oversimplified
ischemic source representations to simulate epicardial potentials. The purpose of this study …

The biophysical basis for electrocardiographic evaluation of myocardial ischemia stems from
the notion that ischemic tissues develop, with relative uniformity, along the endocardial …

The electrical signals produced by the heart can be used to assess cardiac health and
diagnose adverse pathologies. Experiments on large mammals provide essential sources of …

Objective Despite a long history of ECG-based monitoring of acute ischemia quantified by
several widely used clinical markers, the diagnostic performance of these metrics is not yet …

Capturing cardiac electrical propagation or electrocardiographic images demands
simultaneous, multidomain recordings of electrocardiographic signals with adequate spatial …

Background Myocardial ischemia has a complex and time-varying electrocardiographic
signature that is used to diagnose and stratify severity. Despite the ubiquitous clinical use of …

Background The contemporary treatment of coronary artery disease (CAD) is based on our
understanding of the myocardial ischemic process and the hypothesis of “ischemic …