23Na in vivo MRI with 1mm isotropic resolution and real-time prospective motion correction implemented in Pulseq

Author:Maxim Zaitsev  Olgica Zaric  Sigfried Trattnig  

Session Type:Digital Poster  

Session Date:Tuesday, 10 May 2022  

Topic:Module 12: MSK I  

Session Name:Quantitative & Technical Innovations for MSK  

Program Number:1690  

Room Session:Exhibition Hall:S8 & S9  

Institution:Medical University of Vienna  

6-Minute Turbo Spin Echo MRI of the Elbow Using Combined Simultaneous Multi-Slice and Parallel Imaging Acceleration

Author:Erol Akkoc  Jan Fritz  Hoi Cheung Zhang  

Session Type:Digital Poster  

Session Date:Tuesday, 10 May 2022  

Topic:Module 12: MSK I  

Session Name:Quantitative & Technical Innovations for MSK  

Program Number:1694  

Room Session:Exhibition Hall:S8 & S9  

Institution:NYU Grossman School of Medicine  

Comparison of CT versus Zero Echo Time MRI techniques in the management of patients with shoulder instability

Comparison of New MR Approaches for Accelerated Knee Imaging

Magic Angle effect in Diffusion Tensor Imaging

Author:Nian Wang  Qiuting Wen  Surendra Maharjan  Charles Spritzer  

Session Type:Digital Poster  

Session Date:Tuesday, 10 May 2022  

Topic:Module 12: MSK I  

Session Name:Quantitative & Technical Innovations for MSK  

Program Number:1686  

Room Session:Exhibition Hall:S8 & S9  

Institution:Duke University  Indiana University  

Minimum number of scans for magic angle directional imaging based on a priori anatomical information

Author:Harry Lanz  Karyn Chappell  Mihailo Ristic  

Session Type:Digital Poster  

Session Date:Tuesday, 10 May 2022  

Topic:Module 12: MSK I  

Session Name:Quantitative & Technical Innovations for MSK  

Program Number:1687  

Room Session:Exhibition Hall:S8 & S9  

Institution:Imperial College London  

Portable, Low-Field MRI for Evaluation of the Knee Joint

Proton magnetic resonance spectroscopy of the distal metacarpus/tarsus in Thoroughbred racehorses with and without catastrophic fractures.

Real-time MRI in axial plane allows quantitative evaluation of mandibular condyles motion symmetricity

Volume of hyperintense inflammation (VHI): a deep learning-enabled quantitative imaging biomarker of inflammation load