Introduction to MR, general overview
Steffen Ringgaard
Introduction to d-DNP
Arnaud Comment
Introduction to SEOP
Graham Norquay
Introduction to PHIP
Myriam Chaumail
Running a hyperpolarised MR exam: MRSI, physics, constraints, prescan
Rolf Schulte
Beyond thermal SNR: efficient use of hyperpolarized magnetization
Jan Henrik Ardenkjær-Larsen
Postprocessing techniques: fitting, metabolic modelling, denoising
Jeromy Gordon
Imaging considerations for 129Xe MRI
Jim Wild
MNS Hardware and Coils
Jim Wild
Considerations for Human experiments
Ferdia Gallagher
Panel discussion: moving hyperpolarized ¹³C and ¹²⁹Xe MRI toward clinical use
Ferdia Gallagher and Jeremy Gordon
High throughput dDNP without cross polarization
Andrea Capozzi
Quality control and reproducibility in clinical hyperpolarized MR
Christoffer Laustsen
Imaging strategies: sequences and trajectories
Jeremy Gordon
From method to answer: designing a robust hyperpolarized MR experiment
Lotte Bonde Bertelsen
The exercises consist of hyperpolarized 13C and 129Xe MRI analyses and data processing. You will not be able to complete all the exercises during the appointed time on the training course. Recommendation is to choose the topic most relevant to you and later complete the remaining. The four topics are as listed below:
Prerequisite
The exercises are written in or with solutions in Matlab (link).
Data and exercises material
Please download the exercises material prior to attending the course.
This can be done via this FileSender link (expires on 12. oct 2026)