ESR Digital, AI, and Emerging Technologies Committee Session

ESR DAET 12 - Emerging contrast agents and radiotracers

Lectures

1
Chairpersons' introduction

Chairpersons' introduction

03:00Laurie A. Loevner, Philadelphia / US, Aart J. Van Der Molen, Leiden / NL

2
High-relaxivity gadolinium-based contrast agents: when do these add value?

High-relaxivity gadolinium-based contrast agents: when do these add value?

19:00Giles Hannibal Roditi, Glasgow / UK

3
Short-chain fatty acid metabolism (FPIA) PET imaging: bench to bedside

Short-chain fatty acid metabolism (FPIA) PET imaging: bench to bedside

19:00Eric Aboagye, London / UK

4
Seeing beyond structure: the clinical potential of metabolic MRI

Seeing beyond structure: the clinical potential of metabolic MRI

19:00Christoffer Laustsen, Aarhus / DK

3 min
Chairpersons' introduction
Aart J. Van Der Molen, Leiden / Netherlands
Laurie A. Loevner, Philadelphia / United States
19 min
High-relaxivity gadolinium-based contrast agents: when do these add value?
Giles Hannibal Roditi, Glasgow / United Kingdom
  1. To learn about currently available high-relaxivity GBCA.
  2. To appreciate the benefits of HR-GBCA in daily practice.
  3. To understand the indications for which there is added value.
19 min
Short-chain fatty acid metabolism (FPIA) PET imaging: bench to bedside
Eric Aboagye, London / United Kingdom
  1. To learn the development of short-chain fatty acid [18F]fluoropivalate (FPIA) PET imaging.
  2. To appreciate the clinical potential for FPIA imaging of brain tumours (gliomas and metastatic tumours).
  3. To understand future prospects for FPIA imaging and image-guided therapy (theranostics).
19 min
Seeing beyond structure: the clinical potential of metabolic MRI
Christoffer Laustsen, Aarhus / Denmark
  1. To learn about metabolic MRI techniques, including hyperpolarised ¹³C MRI and deuterium metabolic imaging (DMI) and their potential applications in oncology, neurology, and other areas.
  2. To appreciate the technical challenges in translating metabolic MRI from research into routine clinical use, including data acquisition, post-processing, and interpretation.
  3. To understand the current clinical evidence supporting metabolic MRI, its advantages over conventional imaging methods.

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