H.K. Gahunia

TL;DR: MRI appears to be sensitive for demarcating the presence and extent of focal OA cartilage lesions, however, at this time, while MRI is sensitive for detecting OA change it cannot distinguish between certain lesions such as superficial cartilage matrix fibrillation and hypertrophy both of which show elevated signal intensity.

TL;DR: It is concluded that high frequency ultrasound can be used to visualize the subsurface structure of immature articular cartilage and some of its developmental changes and to study its potential for the imaging of pathologic changes.

TL;DR: In pediatric cases, SARS manifests with nonspecific radiographic features making radiological differentiation difficult, especially from other commonly encountered childhood respiratory viral illnesses causing airspace disease.

TL;DR: Highresolution magnetic resonance (MR) imaging could differentiate epiphyseal and articular cartilage in the cartilaginous epiphysis and demonstrate its developmental changes, but no simple correlation was found between the MR zonal pattern and the morphological laminas on histology.

TL;DR: The results suggest that MR relaxation times and proton density values vary with the severity of osteoarthritis.