ISMRM25 - From Head to Toe: Fundamentals & Advances in MR Acquisition & Reconstruction III

ISMRM & ISMRT Annual Meeting & Exhibition • 10-15 May 2025 • Honolulu, Hawai'i

From Head to Toe: Fundamentals & Advances in MR Acquisition & Reconstruction III

Sunrise Course

ORGANIZERS: Akshay Chaudhari, Diego Hernando, Li Feng, Khin Tha

Wednesday, 14 May 2025

312

07:00 - 08:00

Moderators: Hyungseok Jang & Ashley Williams

Skill Level: Intermediate

Session Number: S-W-03

CME Credit

Session Number: S-W-03

Overview
This course is designed to offer an overview of both basic and advanced data acquisition and image reconstruction techniques for neuro, body, and MSK imaging, as well as their established and emerging clinical applications.

Target Audience
Students, post-doctoral fellows, and researchers interested in acquisition and reconstruction techniques in neuro, body, and MSK imaging, along with their clinical applications.

Educational Objectives
As a result of attending this course, participants should be able to:
• Describe the basic acquisition and reconstruction techniques in neuro, body, and MSK imaging;
• Identify more advanced data acquisition and image reconstruction techniques in these applications; and
• Compare established and emerging clinical applications of these acquisition and reconstruction techniques.

07:00		Aloha to the Fundamentals of MSK MRI: Workhorse Sequences of Clinical MSK Imaging Jung-Ah Choi
07:20		Surfing the Wave of Innovation of MSK MRI: Where is AI-Based-Acceleration in the Clinics Currently? × Video Permission Withheld Dana Lin Impact: While AI-based interpretation has yet to significantly affect the average MSK radiologist, AI-based acceleration has been successfully implemented clinically and widely adopted with substantial impact on clinical radiology practice.
07:40		Tropical Frontiers in MSK MRI: Emerging Advances in Morphological & Quantitative MSK MRI View Presentation Video Vladimir Juras Impact: This talk explores emerging advances in MSK MRI, including high-resolution morphological imaging, quantitative techniques like T2 mapping, sodium imaging, gagCEST, and AI integration. These innovations enhance diagnostics and disease monitoring shaping the future of MSK imaging.