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Advancing Z-Spectrum Analysis Protons (ZAP) Using Machine Learning with Random Forest Regression.

Author:Vadim Malis  Mitsue Miyazaki  

Session Type:Digital Poster  

Session Date:Thursday, 09 May 2024  

Session Name:Novel Methods in CEST & MT MRI  

Program Number:4466  

Room Session:Exhibition Hall (Hall 403)  

Institution:UC San Diego  

Bone Imaging of the Knee Using delta UTE (UTE) and Field Echo Imaging

CSF Outflow and Egress in Optic Nerve: Non-contrast MRI Revelations

Author:Diana Vucevic  Vadim Malis  Marin McDonald  Mitsue Miyazaki  

Session Type:Power Pitch  

Session Date:Wednesday, 08 May 2024  

Session Name:Pitch: Glymphatic System: What's New  

Program Number:0990  

Room Session:Power Pitch Theatre 3  

Institution:University of California San Diego  

Fast and Motion-Robust Non-Contrast MR Angiography using Centric kykz Trajectory.

Macromolecule Exchange and Non-Exchange Protons Multiparametric Imaging of Knee: using ZAP/CEST and T2* Mapping with dTE Ultra-Short TE.

Multi-Tag Time-SLIP Simulation Beyond the General Kinetic Model

Author:Vadim Malis  Mitsue Miyazaki  

Session Type:Traditional Poster  

Session Date:Monday, 06 May 2024  

Session Name:Advances in Image Contrast  

Program Number:4877  

Room Session:Exhibition Hall (Hall 403)  

Institution:UC San Diego  

Non-Contrast MR Perfusion Imaging of the Hip

Non-Contrast Myocardium Perfusion using Stacks-of-Stars (SoS) Time-SLIP

Author:Diana Vucevic  Vadim Malis  Paul Kim  Mitsue Miyazaki  

Session Type:Digital Poster  

Session Date:Monday, 06 May 2024  

Session Name:Cardiovascular: Perfusion & Scar Imaging  

Program Number:1502  

Room Session:Exhibition Hall (Hall 403)  

Institution:University of California San Diego  

Quantitative Susceptibility Mapping and Non-contrast Spin-labeling for CSF Outflow: A Dual Biomarker Approach for Neurodegenerative disease

Test-Retest Reliability, Agreement, and Bias of Deep Learning Based Reconstructions for PDFF and R2* Quantification

Ultrashort Echo Time and Fast Field Echo Imaging and Processing for Spine Bone Imaging in Spondylolysis