One heart, two bodies: a simulation study of body surface potential differences between donor and recipient of heart transplantation.

In cardiac transplantation has been recognized some "abnormalities" in recipient ECG. We investigated the influence of heart geometrical position within the chest cavity as well as somatometric parameters on body surface torso potentials. Two control patients with different Body Mass Index (BMI) were undergone a chest MRI scan.

The clockwise rotation of myocardial fiber orientation from epicardial to endocardial surface in left ventricular free wall in a post-mortem human heart.

Following fixation and MRI imaging a post-mortem human heart was sliced at the sagittal plane. Each anatomical section was then cut into smaller segments and each one was objected to classical histology process. The resulting microscopy slides were digitalized with a scanner.

Clinical experience from 1000 consecutive cardiovascular MRI cases at a tertiary referral medical center.

We present our experience from the first 1000 clinical cardiovascular magnetic resonance imaging cases performed at our institution. The case load included pediatric and adult patients with a male predominance (two thirds of the patient population). The spectrum of diseases was very broad, and included myopathic, atherosclerotic, vascular, valvular, pericardial, neoplasmatic and congenital heart disease.