posted on 2011-01-24, 00:00authored byIan C. Atkinson, Laura Renteria, Holly Burd, Neil H. Pliskin, Keith R. Thulborn
Purpose: To assess whether exposure to a 9.4T static magnetic field during sodium
imaging at 105.92 MHz affects human vital signs and cognitive function. Materials and Methods: Measurements of human vital signs and cognitive ability made before and after exposure to a 9.4T MR scanner and a mock scanner with no magnetic field are compared using a protocol approved by the United States Food and Drug Administration.
Results: Exposure to a 9.4T static magnetic field during sodium imaging did not result
in a statistically significant change in the vital signs or cognitive ability of healthy normal volunteers. Conclusion: Vital sign and cognitive ability measurements made before and after sodium imaging at 9.4T suggest that performing human MRI at 105.92 MHz in a 9.4T static magnetic field does not pose a health risk.
Funding
University of Illinois at Chicago and the State of Illinois Venture Capital Fund
History
Publisher Statement
Postprint version of article may differ from published version. The definitive version is available at DOI: 10.1002/jmri.21150