| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 6033067 | NeuroImage | 2012 | 10 Pages |
Abstract
⺠Conventional MT imaging is restricted from long scan times. ⺠Compared to SPGR, bSSFP provides high resolution MT data in a clinical setting. ⺠MTR-values in the normal brain are opposed to qMT data using bSSFP. ⺠Different combinations of qMT parameters can counteract to result in similar MTR. ⺠The limited MTR specificity makes qMT preferable for brain tissue characterization.
Keywords
TSEBSSFPSpoiled gradient echoBalanced steady-state free precessionTIRMqMTMTRPWISPGRDWIMPRAGECorpus callosumDTIGRESpin-echoMagnetization transferQuantitative magnetization transferInversion recoveryMagnetic resonanceDiffusion weighted imagingBrain imagingPerfusion weighted imagingdiffusion tensor imagingTurbo spin-echoCNSflip angleecho timeRepetition timecentral nervous systemRadio-frequencyGray matterwhite matterMultiple sclerosismagnetization transfer ratiointernal capsuleGradient echo
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Authors
M. Garcia, M. Gloor, E.-W. Radue, Ch. Stippich, S.G. Wetzel, K. Scheffler, O. Bieri,