Refresher Courses

RC 511 - Epilepsy imaging

Lectures

1
RC 511 - A. How to investigate epilepsy

RC 511 - A. How to investigate epilepsy

11:58H. Urbach, Freiburg / DE

Learning Objectives
1. To understand the pathophysiology of epilepsy.
2. To learn how to image epilepsy in clinical practice.
3. To become familiar with advanced MRI in epilepsy management.

2
RC 511 - B. How to report malformations of the cortical development

RC 511 - B. How to report malformations of the cortical development

11:58P. Maly Sundgren, Lund / SE

Learning Objectives
1. To understand the pathophysiology of cortical development.
2. To recognise the malformations of cortical development.
3. To learn how to report the malformations of cortical development.

3
RC 511 - C. How to image first seizure in adults?

RC 511 - C. How to image first seizure in adults?

15:58J. Hodel, Créteil / FR

Learning Objectives
1. To learn how to optimise imaging protocol in patients with first seizure.
2. To understand the specific value of arterial spin labelling (ASL) in such patients.
3. To learn how to distinguish between acute stroke, stroke mimics and seizure using MRI.

RC 511-2
15 min
A. How to investigate epilepsy
Learning Objectives
1. To understand the pathophysiology of epilepsy.
2. To learn how to image epilepsy in clinical practice.
3. To become familiar with advanced MRI in epilepsy management.
RC 511-3
15 min
B. How to report malformations of the cortical development
Pia C Maly Sundgren, Lund / Sweden
Learning Objectives
1. To understand the pathophysiology of cortical development.
2. To recognise the malformations of cortical development.
3. To learn how to report the malformations of cortical development.
RC 511-4
15 min
C. How to image first seizure in adults?
Jérome Hodel, Paris / France
Learning Objectives
1. To learn how to optimise imaging protocol in patients with first seizure.
2. To understand the specific value of arterial spin labelling (ASL) in such patients.
3. To learn how to distinguish between acute stroke, stroke mimics and seizure using MRI.
10 min
Live Q&A: Would artificial intelligence bridge the gap in intractable epilepsy?

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