Joint Session of the ESR and EFOMP

High-field vs low-field MRI: time for a re-think?

Lectures

1
ESR/EFOMP - Advantages of 0.5 Tesla and below: physics and technology

ESR/EFOMP - Advantages of 0.5 Tesla and below: physics and technology

09:40A. Webb, Leiden / NL

Learning Objectives
1. To become familiar with the low-field MRI technology.
2. To explore the advantages of low-field MRI.
3. To understand the drawbacks of low-field MRI.

2
ESR/EFOMP - Clinical benefits of low-field MRI

ESR/EFOMP - Clinical benefits of low-field MRI

10:27M. Sarracanie, Allschwil / CH

Learning Objectives
1. To become familiar with the clinical applications of low-field MRI.
2. To understand the benefits of low-field MRI of the heart.
3. To understand the disadvantages of low-field MRI for clinical application.

3
ESR/EFOMP - Advantages of 7 Tesla and above: physics and technology

ESR/EFOMP - Advantages of 7 Tesla and above: physics and technology

10:12D. Brunner, Zurich / CH

Learning Objectives
1. To become familiar with the high-field MRI technology.
2. To explore the advantages of high-field MRI.
3. To understand the drawbacks of high-field MRI.

4
ESR/EFOMP - Clinical benefits of high-field MRI

ESR/EFOMP - Clinical benefits of high-field MRI

12:17A. van der Kolk, Utrecht / NL

Learning Objectives
1. To become familiar with the clinical applications of high-field MRI.
2. To understand the benefits of high-field MRI of the brain.
3. To understand the disadvantages of high-field MRI for clinical application.

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