We present the first case of severe cardiotoxicity of carbon monoxide leading to myocardial rupture and fatal outcome. 83-year-old woman was hospitalized 4 hours after the fire in her house with no respiratory or cardiac symptoms. After two days, she has suffered sudden collapse leading to cardiac arrest. Postmortem examination revealed intramural haemorrhage with myocardial rupture at the apex...

Intra-aortic balloon pump is used frequently to support a failing myocardium in cardiac patients. Due to the invasive nature of this device, usage is accompanied by consistent risk of complications. Balloon rupture, although it occurs rarely, may lead to entrapment if diagnosis delays. A 78-year male who underwent cardiac surgery experienced balloon rupture and entrapment in the right femoral a...

RUPTURE of the free wall of the heart has been reported to be the cause of death in 4-13% of fatal cases of acute myocardial infarction.' The incidence of this fatal complication is second only to cardiogenic shock and arrhythmias as a cause of death.2 Recent success with acute revascularization in the surgical management of cardiogenic shock, similar success with infarctectomy and direct repai...

BACKGROUND We investigated the potential contributions of tumor necrosis factor-alpha (TNF-alpha) on the incidence of acute myocardial rupture and subsequent chronic cardiac dysfunction after myocardial infarction (MI) in TNF knockout (TNF-/-) mice compared with C57/BL wild-type (WT) mice. METHODS AND RESULTS Animals were randomized to left anterior descending ligation or sham operation and k...

Umbilical and supraumbilical catheter insertion is a common procedure performed in the NICU. It is a safe and usually easy procedure devoid of serious mishaps, morbidity and mortality. Complications such as hemorrhage, infection, hernia, evisceration, omphalitis, portal vein thrombosis and portal hypertension may occur after umbilical catheter insertion. Other uncommon and rare complications re...

Non-penetrating injuries of the chest wall can give rise to a variety of cardiac lesions. The extent of cardiac damage depends on the intensity of the injury and on pre-existent disease of the heart. In the majority of cases there is a direct blow to the anterior chest wall but serious myocardial damage has been produced by blows directed against the posterior chest wall and abdomen. The crushi...

Non-penetrating injuries of the chest wall can give rise to a variety of cardiac lesions. The extent of cardiac damage depends on the intensity of the injury and on pre-existent disease of the heart. In the majority of cases there is a direct blow to the anterior chest wall but serious myocardial damage has been produced by blows directed against the posterior chest wall and abdomen. The crushi...

Non-penetrating injuries of the chest wall can give rise to a variety of cardiac lesions. The extent of cardiac damage depends on the intensity of the injury and on pre-existent disease of the heart. In the majority of cases there is a direct blow to the anterior chest wall but serious myocardial damage has been produced by blows directed against the posterior chest wall and abdomen. The crushi...