Electromagnetic (EM) computational modeling is used extensively during the development
of a Magnetic Resonance Imaging (MRI) scanner, its installation, and use. MRI, which relies …

Essentials of MRI Safety is a comprehensive guide that enables practitioners to recognise
and assess safety risks and follow appropriate and effective safety procedures in clinical …

Objectives: To review past and present challenges and ongoing trends in numerical
simulation for MRI (Magnetic Resonance Imaging) safety evaluation of medical devices …

Purpose To investigate whether the risk of peripheral nerve stimulation increases in the
presence of bulky metallic prostheses implanted in a patient's body. Methods A …

An intricate network of a variety of nerves is embedded within the complex anatomy of the
human body. Although nerves are shielded from unwanted excitation, they can still be …

Because of the growing number of patients carrying active implantable medical devices
(AIMDs) such as pacemakers, neurostimulators, cochlear implants, or drug delivery systems …

Background Magnetic resonance imaging (MRI) is the medical imaging technique that
benefits most from recent technological innovations, particularly the constant proposal of …

To thoroughly evaluate gradient risks for patients with implantable medical devices, it's
crucial to acquire clinically relevant electromagnetic field distributions within the gradient …

Background Increasing numbers of patients with active implantable medical devices
(AIMDs) require magnetic resonance (MR) examinations. The manufacturers are continuing …

This chapter discusses the advantages of using MRI in intravascular operations. Beginning
with a brief explanation of some sample intravascular MR operations, the chapter goes on to …