摘要
Magnetic resonance imaging （MRI） has emerged as an invasive radiologic technique to assess and characterize cartilage lesions in the setting of injury and degenerative joint disease. However, most of the currently available clinical and research MRI techniques, including proton-density weighted fast spin echo （FSE） 1, T2-weighted FSE 2, T2 mapping 3, and steady state free precession imaging 4 have focused on the superficial layers of cartilage.
Magnetic resonance imaging (MRI) has emerged as an invasive radiologic technique to assess and characterize cartilage lesions in the setting of injury and degenerative joint disease. However, most of the currently available clinical and research MRI techniques, including proton-density weighted fast spin echo (FSE) 1, T2-weighted FSE 2, T2 mapping 3, and steady state free precession imaging 4 have focused on the superficial layers of cartilage. There
基金
partially supported by the National Natural Science Foundation of China (81171330)
