MRI Physics Course
About Course
MRI Physics Course
1-Introduction to MRI Physics
2-MRI Scanner
3-MRI Acquisition and Spatial encoding
4-MRI-Basic Sequences -Spin Echo
5- MRI-Basic Sequences -Gradient Echo
6- MRI-Basic Sequences -Selective suppression sequences
7-MRI-Advanced Sequences-Contrast Media
8- MRI-Advanced Sequences-Angiography
10- MRI-Advanced Sequences-Functional imaging
11-MRI Image quality
12-MRI Artifacts
13-MRI Safety
14- MRI Quality Assurance
Course Content
MRI Physics Basics
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Introduction to MRI Physics
00:00 -
Quiz
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Transversal and Longitudinal Magnetization 1
00:00 -
Transversal and Longitudinal magnetization 2
00:00 -
Quiz 2
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T1 Weighted sequence 1
00:00 -
T1 Weighted image sequence 2
00:00 -
T1 Weighted Image Sequence 3
00:00 -
T1 Weighted image sequence 4
00:00 -
T2 weighted image sequence 1
00:00 -
T2 weighted image sequence 2
00:00 -
TR and TE as effective parameters on T1 and T2 sequences
00:00 -
Proton density Sequence PD
00:00 -
Spin Echo Sequence 1
00:00 -
Spin Echo Sequence 2
00:00 -
Spin Echo Seuence 3
00:00 -
Spin Echo Sequence 4
00:00 -
Spatial Encoding
00:00 -
K Space and Image Reconstruction
00:00 -
Revision
00:00 -
Inversion Recovery Sequences
00:00 -
Fat suppression and Magnetization Transfer Contrast
00:00 -
Gradient Echo Sequence
00:00 -
Diffusion Weighted Imaging
00:00 -
Diffusion Tensor Imaging and Tractography
00:00 -
Contrast Media Gadolinium DTPA
00:00 -
MRI Safety
00:00 -
Angiography
00:00 -
BOLD
00:00 -
MRI Artifacts
00:00