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Postgraduate Educational <strong>Programme</strong><br />

A-206 08:35<br />

Clinical assessment of renovascular and renoparenchymal disease with functional MRI<br />

H.J. Michaely, S. Sourbron, O. Dietrich, M.F. Reiser, S.O. Schönberg; Munich/DE<br />

Learning Objectives:<br />

1. To learn the fundamental technical principles of different functional MRI methods.<br />

2. To understand the value of functional MRI imaging techniques for assessing renal artery stenosis.<br />

3. To integrate morphologic and functional techniques into a comprehensive MRI exam.<br />

4. To differentiate renovascular from renoparenchymal diseases.<br />

A-207 09:00<br />

Arising functional MRI techniques: Towards the cellular level of renal disease<br />

N. Grenier; Bordeaux/FR<br />

Learning Objectives:<br />

1. To understand the different morphologic and functional MR techniques for renal tissue characterisation.<br />

2. To learn the potential applications of new contrast agents for renal functional imaging.<br />

3. To differentiate various infl ammatory renal diseases from non-infl ammatory causes.<br />

A-208 09:25<br />

Functional ultrasound: From staging of renovascular disease to prediction of outcome<br />

V. Napoli; Pisa/IT<br />

Learning Objectives:<br />

1. To learn the value of different ultrasound methods for characterising renal artery stenosis.<br />

2. To understand the concepts for prediction of functional response after renal PTA.<br />

3. To appreciate the value of ultrasound compared with other existing imaging methods for renovascular<br />

disease.<br />

Panel discussion 09:50<br />

08:30 - 10:00 Room E1<br />

Musculoskeletal<br />

RC 910<br />

Bone marrow malignancies<br />

Moderator: M. Abd El Bagi; Riyadh/SA<br />

A-209 08:30<br />

A. Spectrum of MR fi ndings<br />

G.K.O. Åström; Uppsala/SE<br />

Learning Objectives:<br />

1. To learn the normal distribution and variants of the red and yellow bone marrow, its conversion due to age<br />

and its reconversion as a result of demand for increased production of marrow cells.<br />

2. To demonstrate MR fi ndings of haematological diseases and metastases.<br />

3. To learn about diseases that may simulate neoplastic disorders.<br />

4. To demonstrate signs of treatment response and imaging pitfalls occurring due to treatment.<br />

190 A B C D European Society of Radiology

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