Healthcare professionals working in magnetic resonance (MR) environments must be aware of warnings and contraindications for MRI examination and know requirements for careful initial patient screening, accurate determination, and characterization of permanent implanted or temporary devices. Medical devices and ferromagnetic objects may malfunction in a magnetic field or pose a projectile risk which could cause harm or injury to patients and staff. Controlling access to the environment and properly screening patients can help prevent accidents and injury. Only properly trained personnel are authorized to perform final patient screening and access equipment. Proper safety and security require plans for facility design and emergency preparedness.
Healthcare professionals working in magnetic resonance (MR) environments must be aware of warnings and contraindications for MRI examination and know requirements for careful initial patient screening, accurate determination, and characterization of permanent implanted or temporary devices. Medical devices and ferromagnetic objects may malfunction in a magnetic field or pose a projectile risk which could cause harm or injury to patients and staff. Controlling access to the environment and properly screening patients can help prevent accidents and injury. Only properly trained personnel are authorized to perform final patient screening and access equipment. Proper safety and security require plans for facility design and emergency preparedness.
Mississippi State Department of Health Bureau of Professional Licensure Dietitians
Mississippi State Department of Health Bureau of Professional Licensure Medical Radiation Technologists (CEBroker Provider #50-290)
This activity is approved for credit by the American Society of Radiologic Technologists (ASRT) until 8/1/2024.
Approved by the ASRT for Category A continuing education credit
This activity may be available in multiple formats or from different sponsors. ASRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
Outline:
Section 1: Introduction
About This Course
Learning Objectives
Section 2: MRI Basic
Understanding MRI Technology
Hazards and Dangers Associated with Magnetic Fields and RF Energy
Device classification
Radiofrequency Energy Risks
Gradient Magnetic Field Risks
Section 3: Hazards and Dangers Associated with the MR Equipment and Medications
Equipment
Contrast Media
Section 4: MR Environment: Equipment and Personnel
Site Access Restriction
Safe Practices for Reducing Risk in the MR Environment
Personnel Requirements
Patient and Personnel Screening
Safety Considerations for Pregnant Patients and Staff
Safety Considerations for Pediatric Patients
Considerations for Adults Requiring Anxiolysis Or Sedation
Facility Design and Emergency Preparedness for the MR Environment
Space Planning
Patient Comfort
Emergency Preparedness
Use with Caution
Section 5: Clinical Vignette
John
Section 6: Conclusion
Summary
Course Contributors
References
Congratulations!
Olive Peart, MS, RT(R)(M), is a SME Writer with Relias. She is an established author, radiographer and educator with years of experience as a radiologic technology program director. She has authored several radiology and mammography related textbooks. She also volunteers with RAD-AID international and served as a program manager with the Asha Jyoti: Women's Healthcare Mobile Outreach Programme, Chandigarh, India and currently serves as RAD-AID's Chief Mammography Technologist for the RAD-AID USA Women's Health Initiative.
Disclosure: Olive Peart, MS,RT(R)(M) has no Relevant Financial or Non-Financial Relationship with ineligible companies to disclose.
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