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2D or 3D MR elastography of the brain? Answers from a 1-year follow-up study in healthy volunteers.

Acute Lower Body Negative Pressure Changes Human Brain Stiffness in vivo Measured with MR Elastography

Author:Mary Kramer  Grace McIlvain  Faria Sanjana  Fiona Horvat  Christopher Martens  Curtis Johnson  

Session Type:Digital Poster  

Session Date:Wednesday, 11 May 2022  

Topic:Module 23: MR Contrasts  

Session Name:Elastography  

Program Number:2251  

Room Session:Exhibition Hall:S8 & S9  

Institution:University of Delaware  

Brain stiffness correlates with hematocrit

Characterization of tumor mechanical properties in glioma patients using 3D phase-gradient inversion in multifrequency MR elastography

Feasibility evaluation of virtual elastography based on diffusion-weighted imaging (vMRE) at 1.5 Tesla

Free-Breathing MR Elastography of the Kidneys Using TURBINE-MRE

Author:Yi Sui  Jiahui Li  Zheng Zhu  Kevin Glaser  Nana Owusu  Joshua Trzasko  Arvin Arani  Ziying Yin  Phillip Rossman  Meng Yin  Richard Ehman  

Session Type:Digital Poster  

Session Date:Wednesday, 11 May 2022  

Topic:Module 23: MR Contrasts  

Session Name:Elastography  

Program Number:2236  

Room Session:Exhibition Hall:S8 & S9  

Institution:Mayo Clinic  

Impact of bowel preparation methods on pancreatic Magnetic Resonance Elastography

Initial Study on Imaging Cyclic Tissue Motion with Motion Encoding Gradients in the Shape of Wavelet Basic Functions

Multiresolution MR elastography reconstruction and comparison of different direct inversion algorithms in the liver

Numerical simulation of wave propagation through interfaces using the eXtended FEM for MR elastography

Quantifying Relative Displacement and Phase at the Skull-Brain Interface using MR Elastography

Quantitative server-based analysis of MR elastography inversion methods on a phantom and the invivo human kidney

Shear stiffness measured by MR elastography correlates with compression modulus in ex vivo rat livers subjected to increasing portal pressure.

Tumor-liver biomechanical interaction investigated by multifrequency MR elastography in patients with HCC