Position: AP Wrist Carpal Boss The carpal boss projection demonstrates the dorsal carpometacarpal joint. It evaluates bony overgrowth and impingement. Proper wrist flexion is essential. This projection complements standard wrist views. It is recognized in orthopedic imaging.
Position: AP Pelvis Flamingo The flamingo projection evaluates pelvic instability under single leg stance. It demonstrates vertical shear and SI joint instability. Proper positioning requires weight bearing on one leg. This projection complements standard pelvis views. It is recognized in orthopedic imaging.
Position: Lateral Wrist Carpal Boss The lateral carpal boss projection isolates the dorsal carpometacarpal region. It evaluates bony prominence and soft tissue swelling. Proper positioning prevents superimposition. This projection complements AP carpal boss. It is frequently used in orthopedic practice.
Position: AP Pelvis Obturator Outlet The obturator outlet projection demonstrates the obturator ring. It evaluates fractures and deformities. Proper angulation prevents distortion. This projection complements inlet and outlet pelvis. It is used in trauma imaging.
Position: AP Hand Stress Ulnar Deviation The ulnar deviation hand projection evaluates MCP joint instability. It stresses collateral ligaments. Proper positioning prevents rotation. This projection complements standard hand views. It is recognized in orthopedic imaging.
Position: AP Hand Stress Radial Deviation The radial deviation hand projection evaluates ligament integrity on the radial side. It is used for sports injuries. Proper stabilization is essential. This projection complements ulnar deviation hand. It is used in orthopedic assessment.
Position: AP Finger Stress The AP finger stress projection evaluates collateral ligament integrity. It is used for sprains and dislocations. Proper stabilization prevents excessive movement. This projection complements standard finger views. It is recognized in orthopedic imaging.
Position: Lateral Finger Stress The lateral finger stress projection demonstrates joint widening under stress. It evaluates ligament tears. Proper positioning prevents rotation. This projection complements AP stress finger. It is used in orthopedic assessment.
Position: AP Toe Weight Bearing The weight bearing AP toe projection evaluates deformities under load. It is essential for diagnosing hallux valgus. Proper centering ensures full visualization. This projection complements lateral weight bearing toe. It is recognized in podiatric imaging.
Position: Lateral Toe Weight Bearing The lateral weight bearing toe projection demonstrates the toe in profile under load. It evaluates deformity and joint alignment. Proper positioning prevents rotation. This projection complements AP weight bearing toe. It is used in podiatric assessment.