Open Forum Session
OF 11R - Radiographers' research in MRI
Lectures
1
Chairperson's introduction
05:00Andrew England, Cork / IE
2
Low-field magnetic resonance imaging for musculoskeletal investigations
12:00Switinder Singh Ghotra, Lausanne / CH
3
Towards more efficient breast cancer diagnosis by combining ultrafast MRI, clinical data and artificial intelligence
12:00Belinda Lokaj, Geneva / CH
4
Effect of temporal resolution in resting-state functional MRI fingerprinting
12:00Stefano Tambalo, Rovereto / IT
5
Open forum discussion
19:00Open forum discussion
5 min
Chairperson's introduction
Andrew England, Cork / Ireland
12 min
Low-field magnetic resonance imaging for musculoskeletal investigations
Switinder Singh Ghotra, Lausanne / Switzerland
- To explain the principles and advantages of low-field MRI technology in musculoskeletal imaging.
- To identify key applications and limitations of low-field MRI for diagnosing musculoskeletal conditions.
- To assess the potential research developments and clinical implications of low-field MRI in enhancing musculoskeletal diagnostic workflows.
12 min
Towards more efficient breast cancer diagnosis by combining ultrafast MRI, clinical data and artificial intelligence
Belinda Lokaj, Geneva / Switzerland
- To understand the principles and benefits of ultrafast breast MRI in improving diagnostic speed and patient comfort.
- To recognise the potential of integrating clinical data and AI to enhance diagnostic accuracy and streamline breast cancer workflows.
- To identify the radiographer's role in implementing and supporting AI-enhanced imaging protocols, ensuring quality, efficiency, and patient-centred care.
12 min
Effect of temporal resolution in resting-state functional MRI fingerprinting
Stefano Tambalo, Rovereto / Italy
1. To understand what resting-state fMRI fingerprinting is and how it identifies individuals based on brain activity.
2. To learn how changing the temporal resolution affects the results of fMRI fingerprinting.
3. To see why this matters for improving personalised brain research and clinical use.
2. To learn how changing the temporal resolution affects the results of fMRI fingerprinting.
3. To see why this matters for improving personalised brain research and clinical use.
19 min
Open forum discussion