E³ - ECR Master Class
E³ 1026 - CT in musculoskeletal imaging: tips and tricks
Lectures
E³ 1026 - A. Metal artifact reduction: does it work?
11:26A. Parkar, Bergen / Norway
Learning Objectives
1. To describe how to optimise protocols for metal artifact reduction.
2. To list the pitfalls related to metal type and to understand the strengths and weaknesses of CT vs MRI.
3. To explain how to implement metal artifact reduction effectively in clinical practice.
E³ 1026 - B. Bone marrow oedema (BME): can CT get it right?
10:34E. Rowbotham, Leeds / UK
Learning Objectives
1. To explain the usefulness of dual-energy assessment of bone marrow.
2. To list the pitfalls in diagnosing BME on CT and to understand the strengths and weakness of CT vs MRI.
3. To explain how to implement dual-energy assessment of bone marrow effectively in clinical practice.
E³ 1026 - C. 4D-CT in musculoskeletal imaging
10:16P. Gondim Teixeira, Nancy / FR
Learning Objectives
1. To describe how to optimise protocols for 4D-CT.
2. To list the normal and pathological findings in joints.
3. To explain the pitfalls in 4D-CT.
E³ 1026 - D. Soft tissue applications of dual-energy CT (DECT)
10:15A. Klauser, Innsbruck / Austria
Learning Objectives
1. To describe how to optimise your protocol.
2. To list the indications of DECT for soft tissue and to understand the strengths and weakness of CT vs MRI.
3. To explain the pitfalls in DECT.
2. To list the pitfalls related to metal type and to understand the strengths and weaknesses of CT vs MRI.
3. To explain how to implement metal artifact reduction effectively in clinical practice.
2. To list the pitfalls in diagnosing BME on CT and to understand the strengths and weakness of CT vs MRI.
3. To explain how to implement dual-energy assessment of bone marrow effectively in clinical practice.
2. To list the normal and pathological findings in joints.
3. To explain the pitfalls in 4D-CT.
2. To list the indications of DECT for soft tissue and to understand the strengths and weakness of CT vs MRI.
3. To explain the pitfalls in DECT.