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3D Balanced Steady-State Free Precession (bSSFP) Imaging at 0.05 T

Advancing Ultralow-field Brain MRI through K-space Undersampling and Deep Learning Image Reconstruction

Author:Xiang Li  Christopher Man  Vick Lau  Alex Leong  Yujiao Zhao  Ed Wu  

Session Type:Digital Poster  

Session Date:Tuesday, 07 May 2024  

Session Name:Image Reconstruction with Deep Learning II  

Program Number:2739  

Room Session:Exhibition Hall (Hall 403)  

Institution:The University of Hong Kong  

Cervical Spine MRI on a RF Shielding-Free 0.05T MRI Scanner

Author:Yujiao Zhao  Christopher Man  Vick Lau  Shi Su  Ed Wu  

Session Type:Oral  

Session Date:Monday, 06 May 2024  

Session Name:Low-Field High-Quality MRI  

Program Number:0159  

Room Session:Nicoll 3  

Institution:The University of Hong Kong  

Data-driven Image Reconstruction for Ultra-low-field Knee and Spine MRI at 0.05T

Author:Christopher Man  Vick Lau  Shihao Zeng  Xiang Li  Yujiao Zhao  Ed Wu  

Session Type:Digital Poster  

Session Date:Tuesday, 07 May 2024  

Session Name:Acquisitions & Reconstructions Using AI I  

Program Number:2790  

Room Session:Exhibition Hall (Hall 403)  

Institution:The University of Hong Kong  

Deep learning image formation for fast and high-resolution brain MRI at 0.055 tesla

Author:Vick Lau  Christopher Man  Yujiao Zhao  Linfang Xiao  Alex Leong  Ed Wu  

Session Type:Digital Poster  

Session Date:Thursday, 09 May 2024  

Session Name:AI/ML Image Acquisition & Reconstruction  

Program Number:4667  

Room Session:Exhibition Hall (Hall 403)  

Institution:The University of Hong Kong  

Diffusion Tensor Imaging at 0.05 T

Author:Ye Ding  Linfang Xiao  Shi Su  Jiahao Hu  Yujiao Zhao  Ed Wu  

Session Type:Oral  

Session Date:Thursday, 09 May 2024  

Session Name:Diffusion on Unconventional Systems  

Program Number:1276  

Room Session:Room 331-332  

Institution:The University of Hong Kong  

Estimating pathologic prognostic factors in epithelial ovarian cancers using apparent diffusion coefficients from functional tumour burden

In vivo T1 and T2 mapping of human knee at 0.05 Tesla

Author:Shiqi Yang  Shi Su  Ye Ding  Yujiao Zhao  Ed Wu  

Session Type:Digital Poster  

Session Date:Monday, 06 May 2024  

Session Name:Aches & Pains: Technical Cartilage Imaging  

Program Number:2251  

Room Session:Exhibition Hall (Hall 403)  

Institution:The University of Hong Kong  

Ultra-low-field Neck Time-of-flight MRA at 0.05 Tesla: A Preliminary Study

Author:Shi Su  Ye Ding  Jiahao Hu  Junhao Zhang  Vick Lau  Yujiao Zhao  Ed Wu  

Session Type:Digital Poster  

Session Date:Tuesday, 07 May 2024  

Session Name:Vascular Vibes & Vessels  

Program Number:2771  

Room Session:Exhibition Hall (Hall 403)  

Institution:The University of Hong Kong