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Free-Breathing Liver Iron Quantification Using 3D Stack-of-Radial GRE Dixon MRI at Two Field Strengths: A Preliminary Study

Single breath-hold full abdominal T1 mapping using a CNN based short inversion-recovery sampling technique

Single breath-hold full abdominal T1 mapping using a CNN based short inversion-recovery sampling technique

T1 mapping of the entire abdomen using a time efficient free breathing neural network radial Look Locker approach

Author:Eze Ahanonu  Kevin Johnson  Ute Goerke  Brian Toner  Vibhas Deshpande  Ali Bilgin  Maria Altbach  

Session Type:Oral  

Session Date:Tuesday, 06 June 2023  

Session Name:Novel Quantitative Imaging Methods: Acquisition  

Program Number:0664  

Room Session:717A/B  

Institution :Siemens Healthineers  The University of Arizona  

Deep learning reconstruction of radial T2 weighted data sets with data consistent unrolled neural networks

Deep learning reconstruction of radial T2 weighted data sets with data consistent unrolled neural networks

Image-Space Self-Navigation for Respiratory Motion Compensation in 2D Axial Radial Free-Breathing MRE of the Liver

Improved Free-Breathing Volumetric Liver Fat and R2* Quantification Using 3D Stack-of-Radial GRE Dixon MRI and XD-GRASP Reconstruction

Improved Free-Breathing Volumetric Liver Fat and R2* Quantification Using 3D Stack-of-Radial GRE Dixon MRI and XD-GRASP Reconstruction

Optimized Single-Shot EPI Sequence for Abdominal T2 Quantification: Comparison with CPMG Based Technique

Author:Fei Han  Ute Goerke  Maria Altbach  Vibhas Deshpande  

Session Type:Digital Poster  

Session Date:Monday, 05 June 2023  

Session Name:New Quantitative Imaging Methods I  

Program Number:1640  

Room Session:Exhibition Halls D/E  

Institution :Siemens Medical Solutions, USA  University of Arizona  

Pilot Tone-navigated motion estimation for liver DW-MRI

Self-Navigated Rapid Radial Free-Breathing Liver MR Elastography: Assessment of Technical Performance in Children at 3T

Motion-resolved pulmonary imaging for simultaneous fractional ventilation and T1 mapping using MR Multitasking