What is a potential consequence of improper management of electrical fields in MRI?

Improper management of electrical fields in MRI can lead to decreased patient comfort primarily due to the potential for increased noise and vibration, which can be disorienting and uncomfortable for patients. MRI machines utilize strong magnetic fields and varying electrical currents to generate images, and if these electrical fields are not properly managed, they can lead to disturbances that affect the patient experience.

Additionally, improper management could result in discomfort caused by the interaction of the magnetic fields with implanted devices, leading to increased anxiety about safety during the scan. Patients may also experience discomfort from the rigid and confined spaces of the MRI machine, which can be exacerbated by any unanticipated movement or changes in electrical fields leading to additional noise or sensations.

Improved imaging, increased patient safety, or reduced operational costs are associated with proper management rather than consequences of improper management. Therefore, decreased patient comfort is an accurate potential consequence of mismanagement in this context.