Imaging the Biomechanical Properties of Tissue: Pathways to Improving Clinical Value
Member-Initiated Symposium

ORGANIZERS: Curtis Johnson, Dieter Klatt, Lynne Bilston

Tuesday, 14 May 2019

Session Number: MIS-11

Overview
This Symposium was proposed by the MR Elastography (MRE) study group.

The mechanical properties of tissues imaged with magnetic resonance elastography (MRE) offer a unique contrast for characterizing the health of tissues. MRE research has found clinical translation for several applications, notably in the imaging of the liver and brain. Ongoing and future research for the next generation of MRE will require synergistic efforts between biomechanical science and technical developments. This symposium will highlight these efforts with six invited talks focused on
two themes – liver and brain MRE – and will emphasize key biomechanical principles, MRE technology, and clinical applications in these two fields. The different aspects of each theme represent the varied interests of the growing ISMRM community focused on quantitative biophysical and biomechanical parameter imaging, and their juxtaposition will highlight potential research collaborations between these areas with the goal to advance clinical practice and provide value to patients. 

Target Audience
Physicians and scientists engaged in MRE research; clinicians in the area wishing to learn about new technology and biomechanical principles; general.

Educational Objectives
As a result of attending this course, participants should be able to:
- Discuss the biophysical bases of tissue mechanics in disease;
- Identify the value of MRE in standard clinical practice;
- Summarize the most recent technological advances in MRE; and
- Identify and describe remaining key challenges in MRE.