Dynamically Switched B0 Field Control for Separate Optimization of Tailored Volume Lipid Suppression and B0 Homogeneity for Brain Chemical Shift Imaging at 3T using Multi-Coil Shim Array

Evaluation of different postprocessing-based B0 inhomogeneity correction methods for application in 7T FID-MRSI

How does inclusion of different macromolecular baseline models affect reproducibility of 1H-FID MRSI in the brain at 7T?

Hybrid motion sensing with a wireless device, self-synchronized to the imaging pulse sequence.

Author:Adam van Niekerk  Andre van der Kouwe  Ernesta Meintjes  

Author Institution:Athinoula A. Martinos Center  University of Cape Town  

Session Type:Combined Educational & Scientific Session  

Session Date:Thursday, 21 June 2018  

Session Time:08:00  

Session:Does Motion Still Matter? New Methods for Handling Motion  

Program Number:1003  

Presentation Time:09:00  

Room Number:S01  

Computer Number:

Increased spatial resolution of MR Spectroscopic Imaging improves the detectability of metabolic changes in Multiple Sclerosis lesions

Author:Eva Heckova  Gilbert Hangel  Bernhard Strasser  Michal Považan  Assunta Dal-Bianco  Paulus Rommer  Elisabeth Springer  Stephan Gruber  Siegfried Trattnig  Wolfgang Bogner  

Author Institution:Harvard Medical School  Medical University of Vienna  The Johns Hopkins University School of Medicine  

Session Type:Oral  

Session Date:Thursday, 21 June 2018  

Session Time:13:15  

Session:MRS Applications  

Program Number:1154  

Presentation Time:14:39  

Room Number:S03  

Computer Number:

Markerless real-time motion correction for T1- and T2-weighted neuroanatomical MRI

Optimisations for ultra-high resolution MRSI of the brain at 7 T: Towards even higher resolutions and faster measurements

Real-time simultaneous shim and motion measurement and correction in CEST MRI using Double volumetric Navigators (DvNavs)

Real-time simultaneous shim and motion measurement and correction in CEST MRI using Double volumetric Navigators (DvNavs)

Ultra-high resolution MR spectroscopic imaging at 7 Tesla in Multiple Sclerosis: Initial results and comparison with clinical MR imaging