Radiomics and machine learning–based methods offer exciting opportunities for improving
diagnostic performance and efficiency in musculoskeletal radiology for various tasks …

Magnetic resonance imaging (MRI) is the keystone of modern musculoskeletal imaging;
however, long pulse sequence acquisition times may restrict patient tolerability and access …

Osteoarthritis (OA) is a chronic joint disease caused by disruption of joint homeostasis by a
variety of systemic and biomechanical factors. The disease is characterized by degradation …

Monitoring and analyzing the state of human muscle is becoming a focus of research in
exercise and medicine. Traditional devices (EMG, MRI, X-ray, etc.) cannot provide long-term …

Cartilage MRI-based T1rho and T2 compositional measurements have been developed to
characterize cartilage matrix quality and diagnose cartilage damage before irreversible …

Magnetic resonance imaging (MRI) is a crucial imaging technique for visualizing water in
living organisms. Besides proton MRI, which is widely available and enables direct …

Background Intra-articular injections are routinely used for conservative treatment of knee
osteoarthritis (OA). The detailed comparative therapeutic effects of these injections on …

Decades of technical innovations have propelled musculoskeletal radiology through an
astonishing evolution. New artificial intelligence and deep learning methods capitalize on …

Soft-tissue masses (STMs) within the musculoskeletal system reflect a pathologically diverse
group of lesions presenting at all ages, predominantly arising from mesenchymal non …

Compositional MRI techniques reveal microstructural changes in cartilage. Multi-
dimensional MR imaging assesses biochemical alterations in KOA-afflicted cartilage, aiding …