Traumatic Perforation of a Pacemaker Generator into the Abdominal Cavity
Journal Title: Journal of Cardiobiology - Year 2015, Vol 3, Issue 1
Abstract
We report a case of a pacemaker generator of an epicardial system migrated into the abdominal cavity due to a traffic accident and its subsequent retrieval with a laparoscopic technique in an adult patient. The retrieval of the dislocated pacemaker proceeded without any incident. The pacemaker generator was placed in a parasternal subpectoral pocket on the left chest wall, which makes another perforation highly impossible.
Authors and Affiliations
Christoph Starck
Validation of a Device for High Fidelity Correction of Pressure Signals from Fluid-Filled Systems by Harmonic Analysis
Fluid-filled systems are generally used for invasive pressure measurements in cardiology, anesthesiology and intensive care medicine. Wave reflection and attenuation cause considerable signal distortion. The article pres...
New Onset of Left Ventricular Dysfunction Associated with Selenium, Zinc and Copper Deficiency Presenting Late after Gastric Bypass Surgery: Case Report and Review of the Literature
The increasing rate of obesity and heart disease remain a global epidemic. Since 1980, the obesity rate has more than doubled to 1.4 billion adults worldwide and is related to 23% of all cases of ischemic heart disease [...
An Unusual Presentation of a 15-Year-Old Adolescence with Invasive Breast Cancer
A 15 year-old girl of Bangladesh decent presented with a 2-month history of a left breast mass associated with pain and spontaneous bloody nipple discharge. She was otherwise healthy and on no regular medications. With r...
Outcome of Percutaneous Patent Foramen Ovale Closure with the Premere Occluder — A Single Center Experience
Introduction: Percutaneous closure of patent foramen ovale (PFO) has become a widely used procedure in patients with suspected paradoxical embolism. Despite being generally safe and effective, the minimally invasive inte...
Cardioprotection Afforded by SUR2A: An Update
SUR2A is an atypical ABC protein serving as a regulatory subunit of ATP-sensitive K+ (KATP) channels. In experimental animals, it has been found that an increase in myocardial level of this protein protects the heart aga...