Original paper
A multi-inversion-recovery magnetic resonance fingerprinting for multi-compartment water mapping
Abstract
This study aimed at introducing short-T1/T2 compartment to MR fingerprinting (MRF) at 3 T. Water that is bound to myelin macromolecules have significantly shorter T1 and T2 than free water and can be distinguished from free water by multi-compartment analysis. We developed a new multi-inversion-recovery (mIR) water mapping-MRF based on an unbalanced steady-state coherent sequence (FISP). mIR pulses with an interval of 400 or 500 repetition times...
Paper Details
Title
A multi-inversion-recovery magnetic resonance fingerprinting for multi-compartment water mapping
Published Date
Sep 1, 2021
Journal
Volume
81
Pages
82 - 87
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Notes
History