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Physics-Based Deep Learning for CMR Image Reconstruction

Author:Mehmet Akcakaya  

Session Type:Sunrise Course  

Session Date:Tuesday, 10 May 2022  

Topic:

Session Name:Extending Cardiovascular MR: Learning CMR Image Reconstruction  

Program Number:

Room Session:ICC Capital Suite 8-9  

Institution:University of Minnesota  

Promises, limitations, and challenges of MR spectroscopy at ultra-high field

Author:Malgorzata Marjanska  

Session Type:Sunrise Course  

Session Date:Wednesday, 11 May 2022  

Topic:

Session Name:Contrasts at Low & High Fields: Neuro Function & Metabolism  

Program Number:

Room Session:N11 (Breakout B)  

Institution:University of Minnesota  

Prospective Motion Correction for MR Spectroscopy in the Human Brain Using Multi-Slice Spiral Navigator

Author:Nutandev Bikkamane Jayadev  Pierre-Gilles Henry  Dinesh Deelchand  

Session Type:Online Gather.town Pitches  

Session Date:Thursday, 12 May 2022  

Topic:Module 29: Processing & Analysis  

Session Name:Processing & Analysis IV  

Program Number:4994  

Room Session:3  

Institution:University of Minnesota  

Region-specific effects of neonatal hyperbilirubinemia on the developing brain in a preterm Gunn rat model

Safety Assessment of Custom-Built Multi-Channel RF Coils: EM Modeling Uncertainties

Scyllo-inositol: concentration changes associated with aging and alcohol use, and T2 measurement.

Simultaneously Assessing Cerebral Glucose and Oxygen Metabolism and Blood Flow in Rat Brain at Ultrahigh Field of 16.4T

Author:Guangle Zhang  Wei Zhu  Wei Chen  Xiao-Hong Zhu  

Session Type:Online Gather.town Pitches  

Session Date:Wednesday, 11 May 2022  

Topic:Module 31: Molecular Imaging  

Session Name:Molecular Imaging IV  

Program Number:4452  

Room Session:5  

Institution:University of Minnesota  

Single Breath-hold Simultaneous T2 and TRAFF2 mapping for approximate Spin-lock Dispersion Mapping in the Myocardium at 3T

Susceptibility-weighted imaging and quantitative susceptibility mapping of the human brain at 10.5 Tesla: an initial experience

Susceptibility-weighted imaging and quantitative susceptibility mapping of the human brain at 10.5 Tesla: an initial experience

T2 Mapping of the Prostate with a Convolutional Neural Network

­The Double Bent Dipole (DBD): A hybrid element designed for combined RF/B0 shimming for imaging at 10.5T

Towards Whole Brain Diffusion Tensor Spectroscopic Imaging

Zero-Shot Physics-Guided Self-Supervised Learning for Subject-Specific MRI Reconstruction