Presenter:   Frank Cairo

Descriptive Summary: In this presentation, will discuss MRI safety as a critical component of patient care and technologist responsibility. Because MRI uses powerful static magnetic fields, gradient fields, and radiofrequency energy, strict safety measures are necessary to prevent injuries and accidents.

Topics include screening procedures to identify contraindications such as implanted devices or metallic foreign bodies, the importance of controlled access zones, quench procedures, and communication with patients. MRI safety also encompasses minimizing acoustic noise exposure, preventing burns from conductive loops, and maintaining adherence to American College of Radiology (ACR) safety guidelines.

Learning Objectives:

Upon completion, participants will be able to:

1.       Explain the principles of MRI safety and the potential hazards associated with magnetic fields, gradient fields, and RF energy.

2.       Identify and evaluate patient risk factors during MRI screening to prevent injury and ensure compliance with established safety protocols.

3.       Apply best practices for technologist and patient safety within MRI environments, including emergency preparedness and safe zone management.

“ Radiation Protection and Safety for Patients & Providers”

Presenter:   Eric Lobel

Descriptive Summary: In this presentation, will discuss why Radiation protection is essential in diagnostic imaging to safeguard patients, healthcare workers, and the public from unnecessary ionizing radiation exposure. This lecture will cover the ALARA (As Low As Reasonably Achievable) principle, time-distance-shielding strategies, and regulatory dose limits set by organizations such as the NCRP and NRC. Emphasis will be placed on proper equipment use, protective apparel, dose monitoring, and patient-centered dose reduction techniques, including justification and optimization of imaging procedures.

Learning Objectives:

Upon completion, participants will be able to:

1.       Describe the biological effects of ionizing radiation and the importance of minimizing exposure to patients and personnel.

2.       Demonstrate the application of ALARA principles and protective measures including time, distance, and shielding in clinical practice.

3.       Interpret dose limits, monitoring requirements, and regulatory standards to ensure compliance and maintain a culture of radiation safety.