Online MRI Course for Radiographers

An interactive, ASRT-Approved online MRI course for radiographers that fulfills your ARRT MRI continuing education (CE) requirements

MRI Advanced Online CE Course for Radiographers

MRI Advanced – 13 CE Credits

$28.75

	Approved by the CAMRT (Canadian Association of Medical Radiation Technologists) for 13 Category A CE Credits
	Subscription duration: 6 months from purchase date
✔	Voiceover available
✔	Downloadable transcript available
✔	Meets the CE requirements of the following states: Texas, Florida, Kentucky, Massachusetts, and New Mexico
✔	Meets ARRT^® CE reporting requirements
✔	Accepted by the ARMRIT
✔	Hassle-free 30-day full refund policy*

Categories: All Courses, Florida Radiology CE Credits, MRI CE Credits, Texas CE Credits

Description

MRI Advanced Online CE Course for Radiographers

MRI Advanced explains the physics and characteristics of magnetic resonance imaging and highlights the main risks associated with this imaging modality. This course is intended to help radiologic technologists master advanced MRI sequences, identify MR artifacts, and learn how to improve the image quality.

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MRI Advanced is an online MRI course intended for radiographers. Accredited by the Canadian Association of Medical Radiation Technologists (CAMRT), MRI Advanced is accepted by the American Registry of Radiologic Technologists (ARRT) for 13 Category A CE credits, and meets the CE requirements for the states of Texas, Florida, Kentucky, Massachusetts, and New Mexico.

This online mri course for radiographers consists of 6 modules followed by a post-test, and provides you 13 Category A ASRT-Approved MRI CE credits to fulfill your biennial 24 CE requirements and/or to complete your Prescribed Continuing Education (CQR).

Audience and Objectives

Objectives

Adapt the system to your needs by mastering sequences
Acquire the knowledge to master imaging techniques
Identify MR artifacts and improve image quality

Target Audience

Radiologic Technologists

Topics Covered

Introduction and Materials

RF Shielding, Types and Isolation of the Room
Technical Room
Coils

Gradients

What is a Gradient?
Gradients Basics
Gradient Types
Spatial Discrimination Methods
Gradient Characteristics

K Space

What is the K Space?
Fourier Transform
Spatial Encoding
K Space Properties
Filling Modes
How to Accelerate the Acquisition?

Artifacts

Most Common Artifacts

Sequences

SE Sequences
GE Sequences
Inversion Recovery
Derived Sequences

FAT SAT Techniques

General Principle
Techniques
Spectral Fat Saturation
IR/STIR
SPAIR
Selective Excitation of Water
2 and 3 Point Techniques (DIXON)

CQR Credits Distribution

Discipline	Major content category & subcategories	CE Credits provided
MRI-2016	Image Production
	Physical Principles of Image Formation	3.00
	Sequence Parameters and Options	5.00
	Data Acquisition and Processing	5.00
MRI-2020	Image Production
	Physical Principles of Image Formation	3.00
	Sequence Parameters and Options	5.00
	Data Acquisition, Processing, and Storage	5.00