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Final Programme

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

A-377 14:30<br />

B. Dose reduction strategies in multidetector CT<br />

C. Owens; London/UK<br />

Learning Objectives:<br />

1. To understand the clinical role of multidetector CT in pediatric imaging.<br />

2. To understand how to tailor an appropriate examination according to the clinical question posed.<br />

3. To discuss the application of low-dose radiation techniques such as dose modulation function, reduction<br />

of kVp and selection of appropriate tube collimation, mAs and pitch.<br />

4. To discuss the impact of these low-dose radiation techniques on image quality and dose.<br />

A-378 15:00<br />

C. Foreign body aspiration and ingestion<br />

K. Darge; Würzburg/DE<br />

Learning Objectives:<br />

1. To describe the types and patterns of foreign body aspiration and ingestion in children.<br />

2. To discuss the relevant imaging modalities and ascertain their relative diagnostic value.<br />

3. To outline the various pitfalls involved in imaging foreign body incorporation.<br />

14:00 - 15:30 Room L/M<br />

Radiographers<br />

RC 1514<br />

Pediatric<br />

Moderators:<br />

J.G. Blickman; Nijmegen/NL<br />

C. Malamateniou; London-Liverpool/UK<br />

A-379 14:00<br />

A. Information and care policy in the pediatric radiology department<br />

S. Lawler; Stockholm/SE<br />

Learning Objectives:<br />

1. To learn how vital information to the patient is.<br />

2. To appreciate how the policy can help the radiographer be more effi cient, competent and professional.<br />

3. To realise how important the radiographer’s skills are in the examination of the paediatric patient.<br />

4. To learn how the basic care principles assist in making the examination of the child as quick and easy as<br />

possible.<br />

A-380 14:45<br />

B. MRI of congenital heart disease (CHD)<br />

K. Askaner; Lund/SE<br />

Learning Objectives:<br />

1. To learn about the fetal and neonatal circulation and the most common congenital heart diseases.<br />

2. To understand appropriate diagnostic techniques used to evaluate CHD and appreciate when MRI is<br />

needed.<br />

3. To learn about technical approaches to MRI in CHD.<br />

4. To appreciate the technician’s role in MRI of CHD.<br />

234 A B C D European Society of Radiology

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