Automated pipeline for creating personalized biomechanical knee models and computing personalized cartilage pressures during gait

Healthy Knee Cartilage T2 Relaxation properties at 0.55T using Radial TSE approach: A comparison with 3.0T MAPSS

In Vivo Reproducibility of T2 and T1rho Relaxation Times in Multiple Coils and Sequences

Author:Yael Vainberg  Anthony Gatti  Anoosha Pai S.  Feliks Kogan  

Session Type:Digital Poster  

Session Date:Monday, 06 May 2024  

Session Name:Aches & Pains: Technical Cartilage Imaging  

Program Number:2250  

Room Session:Exhibition Hall (Hall 403)  

Institution:Stanford University  

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  

Knee Cartilage T2 Associates with Foot and Ankle Posture

Learned Variable Flip-Angles to Improve Bi-Exponential 3D T2 and T1rho Mapping on the Knee Cartilage

Machine Learning Assisted Prediction of Cartilage Proteoglycan Content Using MR Fingerprinting

Mapping Hip Cartilage Over Time: A Pipeline for Longitudinal Analysis of Quantitative MRI Using Radial Sections

Quantitative Ultrashort Echo Time Double Echo Steady State (qUTE-DESS) for T1, T2, and Diffusivity Mapping of Human Cartilage

Robust Fitting Methods for Knee Cartilage T1 Quantification with Varied SNR - Preliminary results from a Multi-vendor Multi-site study

ROI based Multi-parameter Quantitative Network(RMQ-Net) with Uncertainty-awareness for Quantitative UTE MRI Study of Cartilage