Pittsburgh, PA, January 17, 2015 --(PR.com
)-- The American Board of MR Safety (ABMRS) has now been convened with the charge and objective is to create and standardize testing and certification for MR safety competence. This will include testing and certification for those charged with overseeing the safety of the clinical and research MR environments, namely, the MR Safety Physician (for the radiologist and/or Medical Director; the MRMD), the MR Safety Officer (MRSO), and the MR Safety Expert (MRSE).
The ABMRS Board of Directors is composed of the following members:
US/Voting Members of the Board:
Emanuel Kanal, MD
General MR safety, radiologist/risk-benefit assessment, additional expertise in MR contrast agent safety. Director of MR Services at the University of Pittsburgh Medical Center.
Max Amurao, PhD
Medical physicist. Director of Radiation Safety for Clinical Programs at Columbia University /New York Presbyterian Hospitals.
Tobias Gilk, M Arch
Architect, special /experience in MR safety and equipment siting / implementations. Sr. Vice President of RADIOLOGY-Planning and Founder of Gilk Radiology Consulting.
Bill Faulkner, RT(R)(MR)(CT)
MR Technologist, MR Education and OperationsConsultant. CEO, William Faulkner & Associates, LLC.
John Nyenhuis, PhD:
General MR safety, special expertise in gradient dB/dt safety issues. Professor at Purdue University.
Joe Schaefer, PhD:
General MR safety, special expertise in RF safety issues. Principal Engineer GE Healthcare MR Systems (Retired), Visiting Professor, Department of Electrical and Computer Engineering, Duke University, Durham, NC.
Terry Woods, PhD:
General MR safety, Food and Drug Administration (FDA).
International (non-voting) members:
Senior Device Specialist at Medicines and Healthcare Products Regulatory Agency (MHRA), United Kingdom.
Cormac McGrath, PhD:
Lead MRI Clinical Scientist for the Northern Ireland Regional Medical Physics Service, Chair of the MR-SIG for the Institute of Physics and Engineering in Medicine (IPEM), UK.
Donald McRobbie, PhD:
Co-Author MRI: From Picture to Proton, Medical Physicist, special expertise in MR safety, Australia.
Siegfried Trattnig, MD: Director of the MR Center of Excellence at Medical University of Vienna, developer of Austrian MR safety standards; representative to the Intersocietal Committee/European Work Group on MR Safety.
TBD: Representative of the American Association of Physicists in Medicine (AAPM).
TBD: Representative of the American College of Radiology (ACR).
TBD: Representative of the International Society for Magnetic Resonance in Medicine (ISMRM).
Other US and international societies and organizations have also been invited to participate, and their incorporation into the ABMRS Board of Directors is still pending.
This represents the first certification process specifically focusing on MR Safety for the professionals overseeing the safe operation of each MR site. Certification will entail taking and passing a standardized test to demonstrate the ability to identify MR safety risks, analyze their relative significance and threat levels, and take steps to significantly mitigate or remove these MR safety risks from that patient/study. Upon successful completion of this test, the individual will be certified as either an MR Physician, MRSC™ (MR Safety Certified™), MR Safety Officer, MRSC™, or MR Safety Expert MRSC™. The testing objective is to evaluate the MR safety knowledge and decision making skills and competence of individuals who will be facing real world MR safety situations that they are likely to encounter in actual clinical and research MR environments. The tests will therefore focus on both basic science knowledge as well as testing and confirming the ability to apply that basic science and clinical medical knowledge to MR safety situations that may likely be encountered in the MR imaging environment.
The first tests for MRMDs and MRSOs are scheduled to be completed and ready for implementation by the end of the second quarter of 2015, with the MRSE test scheduled to be ready for implementation by the fourth quarter of 2015.
Despite its name, the objectives of the ABMRS are also firmly rooted in attempting to establish, to the degree feasible and practical, international standardization on such a testing and certification process. To that end, the ABMRS has established and continues to establish formal liaisons with MR safety experts, societies, organizations, and regulatory agencies from around the world to ensure an international consensus throughout the professional MR Safety certification process.
Together with MR Site accreditation, the formation of the ABMRS now completes the logical extension of creating a system to certify not only the hardware, software, and siting of an MR scanner, but also the individuals who are formally organized for and charged with ensuring the safety of those who will be exposed to clinical and research magnetic resonance facilities.