Organizers

Chair:
Julio Garcia Flores, Ph.D.

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Faculty declarations will be available approximately two weeks before the workshop begins.

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Early Registration & Cancellation Deadline:
19 September 2024 at 23:59 UTC

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Workshop Overview

This workshop program will cover the latest methodological developments that are making in vivo applications feasible and reliable and will investigate how these capabilities provide new insights into clinical application. Applications in the clinical settings will be highlighted with reviews of current state-of-the-art and potential high-impact applications.

The program will feature invited scientific presentations, proferred papers, a poster session, extensive panel discussions, and a technologist hands-on session. A Young Investigator Award for which students and post‐doctoral fellows are eligible will be awarded based on the quality of their work and presentation.

Target Audience

• Members of the MR Flow and Motion Quantitation Study Group
• Basic scientists and physicians using MR in cardiovascular investigations
• Clinicians (vascular, neurovascular, and cardiac surgeons; radiologists, cardiologists, neurologists)

Educational Objectives

Upon completion of this activity, participants should be able to:

• Identify the principal methods for evaluating cardiovascular flow;
• Compare the advantages and limitations of MR methods relative to other competitive modalities in assessing flow;
• Assess the reproducibility and reliability of flow quantitation methods and their dependence on type of acquisition;
• Describe the physiologically relevant descriptors that can be extracted from MR flow quantitation;
• List post-processing methods for providing rigorous approaches to data presentation and analysis;
• List approaches for extracting advanced flow features from in vivo measurements, such as turbulent kinetic energy, pressure drops, and flow vorticity;
• Critique the use of contrast agents in MR flow quantitation;
• Describe the use of MR flow quantitation in different organ systems and critique the clinical value of these methods; and
• Describe methodological developments that influence scan time, measurement accuracy, and clinical application.

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