Advancements in knee joint imaging: MRI as the preferred modality for detecting soft tissue and bone lesions

Advances in imaging technology have significantly improved the diagnostic approach for knee joint pathologies, enhancing resolution, reducing artifacts, and speeding up imaging times, which has led to increased accuracy. Twisting knee injuries often require internal derangement tests, as this phenomenon typically occurs in such situations. This study aims to evaluate the effectiveness of MRI as a diagnostic tool for detecting bone, meniscus, and ligament damage in knee joint patients. Over the course of one year, the research team analyzed knee-injured patients aged 15 to 35 years, including sixty participants. All participants underwent X-ray examinations before MRI scans using a 1.5 Tesla Siemens 16 MRI machine. The study focused on assessing meniscal and ligament tears using radiological criteria and documenting all pathological bone and soft tissue changes. Results revealed that MRI was superior to X-ray for detecting anterior and posterior cruciate ligament tears, with the difference between the two methods reaching statistical significance (p < 0.05). The identification of medial and lateral meniscus tears showed similar success rates with both MRI and X-ray. However, X-ray and MRI evaluations of medial and lateral collateral ligament tears were equivalent, with no significant statistical difference (p > 0.05). Additionally, MRI was able to detect joint effusion, bone marrow edema, and specific bony lesions that X-ray could not identify. While X-rays remain crucial for diagnosing bone injuries, MRI is an unquestionably superior modality for detecting complete knee joint damage beyond bony evaluation.