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MR Basic Course
* Historical overview
* Water in the human body
* The hydrogen atom
* The nuclear spin
* The patient in the magnetic field
* Excitation of the nuclear spins
* Signal measurenment
* Resonance
* Spatial encoding
- Slice selection
- Frequency encoding
- Phase encoding
* Fourier transform
* Raw data matrix
* Relaxation
- Longitudinal – T1- Relaxation
- Transversal – T2- Relaxation
* Components of an MR system
* Safety and sound of scans
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MR Advanced Course
* Pulse Sequences
- Spin Echo
- Inversion Recovery
-- Modulus and Real Images
-- STIR, FLAIR
- Gradient Echo
* Fast Imaging / Turbo
* Parallel Imaging / SENSE
* The k-space
* MR-Angio
- Inflow / TOF
- Contrast Enhanced / CE
- Phase Contrast / PCA
- Flow
* Image Quality and Artefacts
* Diffusion and DWIBS
* Fat Supression & Water Excitation
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