SYDNEY, October 25th – 26th — POSTPONED

Amora Hotel Jamison Sydney


DUE TO COVID-19 RESTRICTIONS, we have postponed this course.
Medical Seminars Australia (Phoenix Conferencing) would like to thankyou for your continued support.

30 CPD Points

Use code PHNCON-001375

17.5 Points

For anyone who attends only part of this session, points may be claimed pro rata at 1 point per hour for lectures.


This MRMD/MRSO MR Safety Training Course will provide an in depth concentrated review of

  • static magnetic fields (translation, torque, Lenz) and RF thermal issues updated with Dr. Kanal’s more recent and more concise four-mechanism approach to RF-related thermal injuries,
  • induced e-field pathways and how and where they can extend beyond the RF-irradiated volume,
  • gradient safety issues and the relationship of dB/dt concerns specifically to implanted wires and abandoned leads,

There will also be extensive and detailed new sections dedicated to learning how to utilize the new MR safety app, MagnetVisionTM,  to help three dimensionally understand and apply implant scanning safety considerations and clinical problem solving. These new MR safety apps can help standardize our approach to MR safety assessment of implant patients. Since a focus on these apps is an integral objective of this refresher/update course, the apps will be made available, at no additional cost, to all registrants of this course who wish to receive them.

Dr Kanal has recently been awarded 2019’s Most Effective Radiology Educator – AuntMinnie.com

About Emanuel Kanal

Emanuel Kanal, MD, FACR, FISMRM, MRMD, MRSE, AANG Director, Magnetic Resonance Services Chief, Division of Emergency Radiology Professor of Radiology and Neuroradiology Department of Radiology University of Pittsburgh Medical Center

Dr. Kanal has been involved in researching and teaching the world about magnetic resonance (MR) safety issues for more than 30 years, since the introduction of MRI as a clinical diagnostic tool. Having chaired the first magnetic resonance safety committee ever created, he also chaired numerous other MR safety committees and has been continually involved in and/or leading MR safety initiatives ever since. These include, among others, having chaired the MR Safety Committee for the American College of Radiology from its inception in 2001 until the summer of 2012, being awarded fellowship in the American College of Radiology as well as the International Society of Magnetic Resonance in Medicine, and being named a Special Government Employee to the Food and Drug Administration on MR safety issues for both the Division of Medical Imaging and Hematology Products/Drug Safety group (of the Office of Surveillance and Epidemiology) regarding magnetic resonance contrast agents as well as the FDA Center for Devices and Radiological Health regarding all matters relating to magnetic resonance safety.

included for ALL DELEGATES


Making the invisible…visible
Emanuel KANAL


The MagnetVision™ app is designed to be used as an MR safety teaching tool for those who have attended one of Dr. Emanuel Kanal’s MRMD/MRSO MR Safety Training Courses. The app represents a graphic embodiment of the Kanal Method, the procedures developed and utilized by Dr. Kanal in his clinical practice when he performs risk assessments on patients with implants/devices/foreign bodies (IDFB) who are requested to undergo MRI examinations.

Click here to learn more

Using spatial field/energy data provided by the manufacturers of the modeled MR scanner hardware, the app functions as a 3D graphic simulator, using colors to visualize the distributions and relative spatial strengths of the invisible energies/magnetic fields present in MRI environments. Photorealistic avatars are customized in real time from user provided gender, height, and weight data to approximate the body habitus of the patient being modeled. 3D implants can be selected/created and labeled with FDA or user defined MR conditions of safety to reflect specific IDFB that may be on/in the patient being modeled. These implants can then be implanted in 3D into the app’s patient avatar in the same position/orientation in which the implant is found in that patient. The avatar is then brought into the MRI Room where an MR scanner/hardware components are selected to be modeled, matching the one to be used in real life in that site. The patient’s avatar is then positioned and centered in the MR scanner just as they would be for the requested MRI examination to be performed. The app then calculates and displays color tracks of the implant as the patient is advanced to the center of the scanner for imaging. If the fields/energies to which the implant will be exposed in the MR imaging process would approach or exceed published/defined maximum safety thresholds for that implant as the patient is advanced into the scanner, the trail and implant would turn yellow and then red, respectively. If the exposure levels to each of these energies/fields is well below published/defined safety thresholds, the implant and trail would be displayed as green. At the touch of a button the app also produces a detailed, time/date stamped color coded report containing text, graphs, and 3D graphics, documenting the relative field exposure risks of performing the anticipated MR study in the MR scanner being modeled, providing precise feedback and even quantification of exposure levels to the various energies/fields used in the MR imaging process. Thus, without requiring advanced MR safety expertise on the part of the user, a simple green, yellow, red display for each energy used in the MR environment helps the user instantly identify and even quantify relative risks of proceeding with a requested MR imaging study on a given patient, implant, MR scanner hardware, and MRI examination being modeled. The primary expertise required of the user is to know their patient (gender, height, weight), their implant and its labeling, the MR scanner hardware to be used, and the positioning to be used on that patient’s requested MR study. These are part of the normal expertise of the MR technologist/radiographer, the prime target user of this app. The detailed report generated by the app can then be electronically or hard-copy transmitted to the physician overseeing the MR imaging examination, who can then assess the relative potential risks of such MR exposure while weighing them against the potential benefits of proceeding with the requested MR imaging examination. The MagnetVision™ app is a ground-breaking superb teaching tool to assess risks associated with MR imaging of IDFB. Users of the app will have taken their first steps towards changing the MR imaging industry by (for most users, perhaps for the very first time) formalizing and standardizing how MR safety risks are assessed, evaluated, and even quantified for patients with implants, devices, and foreign bodies who have been asked to undergo MR imaging examinations.

Venue Information

Amora Hotel Jamison Sydney

11 Jamison Street, SYDNEY, NSW, 2000

Amora Hotel Jamison Sydney is perfectly positioned on Jamison Street, next to Wynyard station, nestled between George Street and York Street. Ideally located in the heart of Sydney’s CBD, the hotel is an easy walk from Circular Quay, The Rocks, Overseas Passenger Terminal, Barangaroo and Opera House, and only a few minutes from Wynyard train station and Bridge Street Light Rail stop. Making Amora one of the most desired locations for those travelling on either business or leisure.

Accommodation is to be booked direct with the hotel.  T: +61 2 9696 2500, E: [email protected]

Pricing & Registration

Please use the links below, to register for  MRI Safety Course 2020.

all pricing includes GST, where applicable.

25th – 26th October 2020, Sydney

Register Now!

The venue has a finite capacity so don’t miss out. Secure your spot today!

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