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Microcirculation in aging skeletal muscle assessed with flow-compensated Intravoxel Incoherent Motion (IVIM)

Author:Valentina Mazzoli  Marco Barbieri  Yael Vainberg  Michelle Li  Matthew Middione  Daniel Ennis  Feliks Kogan  Garry Gold  

Session Type:Power Pitch  

Session Date:Monday, 05 June 2023  

Session Name:Pitch: MSK Exotica  

Program Number:0090  

Room Session:Power Pitch Theatre 1  

Institution :Stanford University  

Microcirculation in aging skeletal muscle assessed with flow-compensated Intravoxel Incoherent Motion (IVIM)

Author:Valentina Mazzoli  Marco Barbieri  Yael Vainberg  Michelle Li  Matthew Middione  Daniel Ennis  Feliks Kogan  Garry Gold  

Session Type:Power Pitch Poster  

Session Date:Monday, 05 June 2023  

Session Name:Poster: MSK Exotica  

Program Number:0090  

Room Session:Power Pitch Theatre 1  

Institution :Stanford University  

Multi-shot Diffusion-weighted Imaging of the Breasts in the Supine versus Prone Position

Pre-Excitation Gradients for Eddy Current-Nulled Convex Optimized Diffusion Encoding to Mitigate Distortion in 2D Diffusion Weighted Imaging

Author:Matthew Middione  Michael Loecher  Xiaozhi Cao  Kawin Setsompop  Daniel Ennis  

Session Type:Digital Poster  

Session Date:Wednesday, 07 June 2023  

Session Name:DTI & DWI I  

Program Number:3608  

Room Session:Exhibition Halls D/E  

Institution :Stanford University  

Prediction of Eddy Current-Induced Background Phase Offsets in 2D Phase Contrast-MRI

Evaluation of PC-MRI Flow in Adults Using a Deep Learning-Based Reconstruction Trained on Pediatric Data

Convex Optimized Diffusion Encoding (CODE) with M1-Nulling for Pancreatic Diffusion Weighted Imaging

Author:Kang Wang  Matthew Middione  Andreas Loening  Daniel Ennis  Ryan Brunsing  

Session Type:Digital Poster  

Session Date:Wednesday, 07 June 2023  

Session Name:Updates in Body Imaging I  

Program Number:3983  

Room Session:Exhibition Halls D/E  

Institution :Stanford University  

Multi-Shot M1-Nulled Pancreatic Diffusion Weighted Imaging with Deep Learning-Based Denoising

Trading Off Averages and Directions for Cardiac Diffusion Tensor Imaging