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Accelerated Dynamic Magnetic Resonance Imaging Methods and Applications Advances in Magnetic Resonance Technology and Applications Series

Langue : Anglais

Coordonnateurs : Steeden Jennifer, Muthurangu Vivek

Magnetic Resonance Imaging (MRI) scans play a vital role in diagnosis and monitoring of diseases across the body. However, MRI is a relatively slow imaging technology, resulting in long scan times. This is particularly challenging when imaging dynamic processes. Accelerated Dynamic Magnetic Resonance Imaging: Methods and Applications explains the technologies which can speed up MRI imaging and shows how they have been applied to a broad range of application areas, presenting the challenges and giving practical advice on implementation. With this book the reader will be able to: Modify the MRI sequences to speed up acquisition of data (non-Cartesian trajectories and data under sampling); Use the techniques (parallel imaging, compressed sensing and machine learning) which are commonly used to reconstruct under sampled MRI data; Implement fast MRI imaging techniques for their application areas.

Accelerated Dynamic Magnetic Resonance Imaging: Methods and Applications is an ideal resource for the technologist, clinical researcher and clinician who want to understand rapid MRI methods and gain practical advice on their implementation.

1. Accelerated Magnetic Resonance Imaging: Acquisition and Reconstruction
2. Accelerated Magnetic Resonance Imaging: Reconstruction
3. Applications: Cardiovascular Imaging
4. Applications: Speech and Upper Airway Imaging
5. Applications: Abdominal Imaging
6. Applications: Interventional Imaging
7. Applications: Fetal MRI
8. Future Directions of Accelerated MRI
Jennifer Steeden has a background in Electronic Engineering, before completing her PhD in fast Cardiovascular Magnetic Resonance Imaging (MRI). Steeden has focussed on developing accelerated MRI acquisition and reconstruction techniques, through the use of undersampled non-Cartesian trajectories. She is passionate about translating her techniques into the clinical environment, where they make a difference to patients and clinicians. Steeden has been awarded number of grants, both as PI and Co-I (totalling ~£4.5m), including two prestigious personal fellowships: a Royal Society-EPSRC Dorothy Hodgkin Research Fellowship (2014-2020) and a UKRI Future Leaders Fellowship (2020-2027). She is heavily involved in the international community, demonstrated by the MRI committees which she is currently active on; including charing the AI Subcommittee in the CHD/Paediatric division of SCMR, on the educational board for ISMRM (as well, as previously being on the annual meeting program committee), a committee member of EACVI and an exam board representative for pediatric EuroCMR. Steeden has 98 peer-reviewed publications in this area.
Vivek Muthurangu works in the UCL Centre for Cardiovascular Imaging at University College London, UK.
  • Presents the underlying principles and methods for achieving fast MRI
  • Gives insight into how fast imaging methods are applied in a broad range of application areas (cardiovascular imaging, speech and airway imaging, abdominal imaging, interventional imaging, fetal imaging)
  • Practical guidance for implementation of the methods in the clinic and for research
  • Presents the future directions of fast MRI

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