Objective Low-field MRI systems are expected to cause less RF heating in conventional
interventional devices due to lower Larmor frequency. We systematically evaluate RF …

Many neurological disorders are analyzed and treated with implantable electrodes. Many
patients with such electrodes have to undergo MRI examinations–often unrelated to their …

Purpose To investigate a novel reduced RF heating method for imaging in the presence of
active implanted medical devices (AIMDs) which employs a sensor‐equipped implant that …

Purpose To improve intraoral transverse loop coil design for high‐resolution dental MRI.
Methods The transverse intraoral loop coil (tLoop) was modified (mtLoop) by overlapping …

Purpose Intraoral coils (IOCs) in magnetic resonance imaging (MRI) significantly improve
the signal-to-noise ratio compared with conventional extraoral coils. To assess the safety of …

This article studies the impact of strain relief loops on RF-induced heating of active
implantable medical devices (AIMDs) during magnetic resonance imaging (MRI) scans at …

This article presents a cascaded heterogeneous equivalent network for the evaluation of
radiofrequency (RF) induced safety hazards on electrically long active implantable medical …

Interventional devices such as actively visualized catheters or guidewires have a long
conductive line between the source and the probe at the tip. Long conductive wires can …

MRI is a state-of-the-art medical imaging technology utilizing non-ionizing electromagnetic
radiation to generate images of the body with high soft-tissue contrast. However, MRI of …