Upcoming Kanal’s MR Physics and How to Clinically Apply It

  • Kanal’s MR Physics & How to Clinically Apply it
     April 11, 2027 - April 14, 2027
     8:00 am - 6:00 pm
Details Price Qty
Kanal’s MR Physics and How to Clinically Apply It - Early Fee - Physician $1,700.00 USD  
Kanal’s MR Physics and How to Clinically Apply It - Early Fee - Physicists $1,325.00 USD  
Kanal’s MR Physics and How to Clinically Apply It - Early Fee - Technologist $950.00 USD  
Kanal’s MR Physics and How to Clinically Apply It - Standard Fee - Physician $1,750.00 USD   Goes On Sale
March 15, 2027
Kanal’s MR Physics and How to Clinically Apply It - Standard Fee - Physicists $1,375.00 USD   Goes On Sale
March 15, 2027
Kanal’s MR Physics and How to Clinically Apply It - Standard Fee - Technologist $1,000.00 USD   Goes On Sale
March 15, 2027
Kanal’s MR Physics and How to Clinically Apply It - Late Fee - Physician $1,800.00 USD   Goes On Sale
March 29, 2027
Kanal’s MR Physics and How to Clinically Apply It - Late Fee - Physicists $1,425.00 USD   Goes On Sale
March 29, 2027
Kanal’s MR Physics and How to Clinically Apply It - Late Fee - Physician $1,050.00 USD   Goes On Sale
March 29, 2027

General Course Description

MR Imaging Physics and How to Clinically Apply It: April 11 – 14, 2027

This intensive educational conference is designed for technologists who are preparing for the advanced MR registry exam or those simply desiring to refresh/enhance their working knowledge of MR physics and especially how to apply it to clinical diagnostic MRI. All lectures will be given by Dr. Emanuel Kanal. Dr. Kanal is known for bringing the complex and often confusing world of MR physics into everyone’s reach utilizing his unique non-stop, energetic, yet easy-going teaching style. Problem solving approaches are incorporated throughout the meeting to demonstrate how to clinically apply the topics and knowledge being covered during this 24-hour course curriculum, which includes (among others):

  • Static magnetic field strength
  • Field Distortion
  • TR, TE, T1, T2 & Proton Density, TI, T2*
  • Partial saturation imaging sequences
  • Inversion recovery imaging sequences
  • Gradient echo imaging sequences
  • Fast/turbo spin echo imaging sequences
  • Echo planar imaging sequences
  • Other fast imaging techniques
  • Gradient echo imaging sequences
  • Diffusion weighted imaging
  • Perfusion Weighted Imaging
  • RF excitation flip angle
  • Chemical shift artifact
  • Chemical (fat) saturation
  • Receiver Bandwidth
  • Number of excitations (NEX)
  • Phase & Frequency Encoding
  • K-space and its role in Image Production/Data Acquisition
  • Gradient magnetic fields
  • Slice selection, phase encoding, and frequency encoding (readout) gradients
  • 2D & 3D Fourier transform techniques
  • Ernst Angle
  • Partial Fourier & NEX imaging
  • Fast spin echo & other fast techniques
  • Spin echo imaging sequences
  • K-space
  • Unenhanced MR angiography
  • Contrast bolus enhanced MRA

Dr. Kanal is internationally known as the pre-eminent lecturer and leader in MR safety, and his MR safety courses have now passed over 10,000 attendees in the past 10 years. He has the almost unique ability to take difficult physics concepts and translate and teach them to others with exceptional and remarkable clarity. Dr. Kanal brings that unparalleled ability to this course as well, and you will find yourself understanding MR imaging physics concepts – and how to clinically apply them – clearly and in plain English – perhaps for the first time ever.

Many thousands have attended Dr. Kanal’s “MR Imaging Physics and How to Clinically Apply It” course to date. Come and join them, and learn firsthand what it means to truly understand and master the singularly unique diagnostic power and tool that is Magnetic Resonance Imaging.

Venue:  

Address:
233 S. Wacker Drive, Chicago, Illinois, 60606, United States

Description:

Enter from Wacker, take elevator bank 58–63 to the 59th floor.