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.

Moderators

Moderator

David J. Lurie

Aberdeen, United Kingdom

Moderator

Marion Smits

Rotterdam, Netherlands

Speakers

Presenter

Andrew G. Webb

Leiden, Netherlands

Presenter

Mathieu Sarracanie

Allschwil, Switzerland

Presenter

David Otto Brunner

Zürich, Switzerland

Presenter

Anja G. van der Kolk

Utrecht, Netherlands