7-Tesla MRI of the brain in a research subject with bilateral, total knee replacement implants: Case report and proposed safety guidelines.

Giuseppe Barisano, Bozena Culo, Frank G Shellock, Farshid Sepehrband, Katherin Martin, Mary Stevens, Danny J Wang, Arthur W Toga, Meng Law

Magnetic resonance imaging 2019 Apr

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Recently, the first 7-T MR system was approved for clinical use in the United States. Unfortunately, relatively few metallic implants have undergone testing to determine if they are acceptable or pose hazards to research subjects and patients at this ultra-high-field strength. Therefore, in lieu of not performing a research or clinical MRI exam at 7-T, the supervising physician may make a decision to scan the individual with an untested metallic implant based on an analysis of the risks vs. the benefits. We present a case report of a research subject with bilateral, total knee replacement implants that safely underwent MRI of the brain at 7-T and provide guidelines for healthcare professionals to follow in order to ensure safety in research subjects or patients with metallic implants referred for 7-T scans. Copyright © 2018 Elsevier Inc. All rights reserved.

Citation

Giuseppe Barisano, Bozena Culo, Frank G Shellock, Farshid Sepehrband, Katherin Martin, Mary Stevens, Danny J Wang, Arthur W Toga, Meng Law. 7-Tesla MRI of the brain in a research subject with bilateral, total knee replacement implants: Case report and proposed safety guidelines. Magnetic resonance imaging. 2019 Apr;57:313-316