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Both medial and lateral menisci are normal. The medial and lateral collateral ligaments are normal. Popliteus tendon and biceps femoris tendon are normal. The patella and quadriceps tendon are intact. Patella and patella cartilage are normal. Medial and lateral retinaculum are normal.
Follow this step by step guide to learn how to read a normal knee MRI. Where to start, how to identify the ligaments etc. Read the guide now at Kenhub!
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For standard examinations, the American College of Radiology has guidelines for knee MRI parameters, including a maximum field-of-view of 16 cm, maximum slice thickness of 4 mm, maximum inter gap spacing of 50%, and a phase – frequency matrix of at least 192 × 256.
Normal knee MRI vs abnormal. A normal knee MRI shows us normal tendons, ligaments, menisci, cartilage, bones and muscles. An abnormal MRI will show us an abnormality of one or more of these structures. An abnormal MRI will provide a detailed look at the abnormal structure and what the diagnosis is.
MRI of the knee may be performed without contrast. Alternatively, utilization of gadolinium contrast agent may be utilized and with regard to internal derangement; this is particularly useful in evaluating the postoperative knee. Administration of gadolinium for an MR arthrogram may be employed.
Knee MRI without Contrast: Non-contrast knee MRIs are often sufficient for diagnosing common knee problems such as ligament tears, meniscal injuries, and chronic conditions like osteoarthritis. These scans can provide clear images of the knee’s bones and cartilage without the need for a contrast agent.
http://drrobertlaprademd.com/Complex knee specialist Dr. Robert LaPrade discusses how to read knee MRI of normal knee. Anatomy of the knee is complex, throug...
Minnesota knee specialist Dr. Robert LaPrade discusses how to read an MRI of a normal knee. Anatomy of the knee can be complicated and hard to understand. Through the use of magnetic resonance imaging, clinicians can diagnose ligament and meniscal injuries along with identifying cartilage defects, bone fractures and bruises.
Magnetic resonance (MR) imaging is the preferred imaging modality for evaluating internal derangement of the knee, due to its superior soft tissue contrast resolution, multiplanar imaging capability, and lack of ionizing radiation.