Physics of MRI 2: K-Space and Image Formation CE
CE Accredited Course - 1 Credit
Course Description
Part 2 of a comprehensive 9 part lecture series on the concepts of magnetic resonance imaging. Topics include: SNR, k-space, gradients, pulse sequences, relaxation and image contrast, imaging options, artifacts, advanced concepts, and high-field MRI.
Learning Objectives
After participating in this activity, learners should be able to:
- Understand the concept of k-space and how it relates to MR data acquisition
- Understand how MR images are formed
- Understand the relationship between k-space and gradients
- Understand the relationship between k-space and image properties
Medlantis eLearning
Course curriculum
-
1
Physics of MRI 2: K-Space and Image Formation - Part 1a
-
Video - Physics of MRI 2: K-Space and Image Formation - Part 1a
FREE PREVIEW -
Basic Principles of MR
-
Imaging Basics- k Space, Raw Data, Image Data
-
-
2
Physics of MRI 2- K-Space and Image Formation - Part 1b
-
Video - Physics of MRI 2: K-Space and Image Formation - Part 1b
FREE PREVIEW -
Basic Principles of MR
-
SNR and k-space
-
Imaging Basics- k Space, Raw Data, Image Data
-
-
3
Physics of MRI 2- K-Space and Image Formation - Part 2
-
Video - Physics of MRI 2: K-Space and Image Formation - Part 2
FREE PREVIEW -
Basic Principles of MR
-
4 SNR and k-space
-
Imaging Basics- k Space, Raw Data, Image Data
-
-
4
Assessment
-
Feedback Survey
-
Quiz
-
-
5
Resources
-
Thieme Medical Publishers
-
Q&A Forum
-
-
Buy Now
$999.00
$999.00CE - ARRT Category A/A+ Credit