Efficient 3D whole-heart joint T1/T1ρ-adiabatic/T2 mapping and water-fat imaging at 0.55T

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This technique improves T1, T1ρ-adiabatic, and T2 mapping in a single scan, indicating enhanced myocardial assessment.

Preliminary results show promising in-vivo performance for 3D whole-heart mapping at 0.55T.
The new technique successfully creates accurate T1, T1ρ-adiabatic, and T2 maps within ~10 minutes.
Testing involved 4 healthy subjects and 1 patient, demonstrating good agreement with traditional methods.
This method has potential implications for enhanced myocardial tissue characterization in clinical settings.

Crabb et al. (2025) studied this question.

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