ISMRM & SMRT Virtual Conference • 08-14 August 2020

2020 ISMRM & SMRT Virtual Conference Logo Graphic

SMRT Clinical-Research Focus Session

Advanced Neuro Imaging: Advances in MR Imaging & Translation Q&A 2

Session Topic: SMRT Live Q&A 18
Session Sub-Topic: Clinical-Research Focus Session - Advanced Neuro Imaging: Advances in MR Imaging & Translation Q&A 2
SMRT Ed Session
ORGANIZERS: Claire Mulcahy
SMRT Parallel Room 18 Live Q&A Thursday, 13 August 202002:30 - 03:15 UTC Moderators: Thao Tran & Sheryl Foster

Session Number: SMRT-35

Overview
This session will include presentations on the clinical translation of diffusion tensor imaging, compressed sensing, and MRI hardware developments. Recent advances and applications of DTI (and HARDI techniques) and the associated impact to patient care in the clinical setting will be discussed. Following this, the clinical use of compressed sensing, where it has the capacity to greatly reduce acquisition times and enable new capabilities for 3D imaging, will be addressed. Lastly, the design process for an orthopaedic scale superconducting 1.5 T MRI magnet will be briefly described, as well as different options for cooling superconducting magnets, including a cryogen-free cooling solution. Emerging applications using superconducting magnets with reduced infrastructural requirements to improve accessibility of MRI will be mentioned.

Target Audience
Radiographers, MR technologists, radiologists, clinicians, and scientists interested in advanced imaging techniques

Educational Objectives
As a result of attending this course, participants should be able to:
1. Summarize the recent advances and applications of DTI (and HARDI techniques), the challenges encountered, and available solutions.
2. Describe implications of compressed sensing in the clinical setting.
3. Identify new magnet technologies, e.g. very low liquid helium or zero helium scanners, and how these can aid access to health care.

    Improving MRI Accessibility by Making MRI Magnets Simpler to Install and Use
Ben Parkinson

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    Compressed Sensing in the Clinical World
Eric Pierre

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