Synthetic MR/MAGiC - Overview

Synthetic MR/MAGiC - Overview is organized by International Center for Postgraduate Medical Education (ICPME).

Educational Objectives:
At the conclusion of this activity, the learner should be better able to:

• Understand the applications and advantages of Synthetic MRI/MAGiC
• Understand the concept, both general and technical, of synthetic MR
• Understand the relevance for clinical evaluation as well as workflow

Outline:
A. Overview

• Basic description and advantages
• Eight different contrasts available plus parametric maps
• Control of contrast
• Time savings
• One scan, infinite possibilities

B. Concept

• What is synthetic MR?
• Relaxation times & relaxation rates
• Technique description

C. Technical Concept

• Pulse sequence design
• TR, TE, & TI values
• MDME (multi-dynamic, multi-echo) sequence
• Synthetic MR algorithms
• Parametric maps
• Basic parameters

D. Workflow

• Inline task setup,  b. Session application

E. Image Quality

• Synthetic MR images
• Comparison to conventional image quality
• T1 relaxation vs. R1 relaxation
• Image quality differences related to:
  • Artifacts, Uniformity, Flow

F. Key Value Points

• Optimize workflow and shorten exam time
• Full control of contrast and adjustment after images are acquired
• Possibility to generate contrasts that would not be feasible using conventional imaging

G. Clinical Relevance

• Clinical evaluations
• Studies/articles: i. Neuroradiology,  AJNR

H. Case Studies

• Tumors, b. Arachnoid cysts, c. Infarcts, d. Post-operative tumors, e. User testimonials
• Futures:  a. Possibilities for synthetic MR on the horizon
• Synthetic DWI:  a. Overview, b. Technical concept, c. Uses and benefits, d. Workflow
• Synthetic DWI Image Review:  a. Brain,  b. Prostate