Position: AP Foot Stress Inversion The inversion stress foot projection evaluates lateral ligament integrity. It is used for ankle and midfoot sprains. Proper stabilization is essential. This projection complements eversion stress foot. It is recognized in orthopedic imaging.
Position: AP Foot Stress Eversion The eversion stress foot projection evaluates medial ligament integrity. It is used for deltoid ligament injuries. Proper stabilization prevents rotation. This projection complements inversion stress foot. It is frequently used in orthopedic practice.
Position: AP Calcaneus Stress The stress calcaneus projection evaluates subtalar instability. It is used for ligament injuries. Proper positioning prevents distortion. This projection complements standard calcaneus views. It is recognized in orthopedic imaging.
Position: AP Knee Rosenberg Weight Bearing The weight bearing Rosenberg projection evaluates joint space narrowing with flexion. It is essential for early arthritis detection. Proper flexion at 45 degrees is required. This projection complements standard Rosenberg. It is used in orthopedic assessment.
Position: AP Knee Flexion Weight Bearing The flexion weight bearing knee projection evaluates joint space under load. It is used for early degenerative changes. Proper positioning prevents rotation. This projection complements extension weight bearing knee. It is recognized in orthopedic imaging.
Position: Lateral Knee Flexion Weight Bearing The lateral flexion weight bearing knee projection demonstrates the knee in profile under load. It evaluates instability and joint narrowing. Proper positioning prevents rotation. This projection complements AP flexion weight bearing knee. It is used in orthopedic assessment.
Position: AP Forearm Weight Bearing The weight bearing forearm projection evaluates wrist and elbow alignment under load. It is used for chronic instability. Proper centering includes both joints. This projection complements lateral weight bearing forearm. It is recognized in orthopedic imaging.
Position: AP Hip Dunn The Dunn projection demonstrates the femoral head and neck with flexion and abduction. It evaluates femoroacetabular impingement. Proper positioning is essential for diagnostic clarity. This projection complements frog lateral hip. It is recognized in orthopedic imaging.
Position: Lateral Forearm Weight Bearing The lateral weight bearing forearm projection demonstrates the radius and ulna in profile under load. It evaluates instability and deformity. Proper positioning prevents rotation. This projection complements AP weight bearing forearm. It is used in orthopedic assessment.
Position: AP Hip Faux Profile The faux profile projection demonstrates the anterior acetabular coverage. It evaluates dysplasia and impingement. Proper obliquity is essential. This projection complements AP hip. It is frequently used in orthopedic practice.