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To investigate the accuracy and reliability of magnetic resonance imaging (mri) in identifying and grading chondral lesions and explore the optimal imaging technique to image cartilage. Expert consensus statements and classification systems are in place to standardize the mri reporting of articular cartilage. Accurate preoperative assessment of chondral pathology is crucial for the diagnosis and subsequent management of articular cartilage defects
The aim of this study was to evaluate the sensitivity and specificity of mri in detecting cartilage lesions and its dependence on anatomical location and lesion grade in the knee joint. Imaging plays an important role in clinical and surgical decision making in patients with cartilage derangements This grading system was originally devised in 1961 for arthroscopic assessment of chondromalacia patellae.
Chondromalacia refers to the softening and breakdown of the cartilage on the underside of the kneecap (patella)
This condition is often referred to as “runner’s knee” and can cause knee pain and discomfort, especially during activities that put stress on the knee joint. Cartilage damage is a common cause of joint pain and disability Familiarity with common injury patterns and associated terminology is critical for appropriate treatment and communication. This review aims to discuss the old evidence and new insights about the evaluation of articular cartilage through mri, with an update on the most recent literature published on novel quantitative sequences.
A large prospective cohort was used (1) to evaluate the overall ability of magnetic resonance imaging (mri) to detect outerbridge grade iii and iv cartilage defects found during surgery and (2) to identify the specific mri findings most.
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