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Name: Tibia Fibula Lateral Position Procedure: The leg is placed in true lateral to evaluate alignment and fractures. Patient Position: Supine Region: Lower Extremity Projection: Lateral Beam Direction: Lateral to medial Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from professional bodies such … Read more

Name: Tibia Fibula AP Position Procedure: The leg is extended to show the entire tibia and fibula including knee and ankle joints. Patient Position: Supine Region: Lower Extremity Projection: AP Beam Direction: Anterior to posterior Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance … Read more

Name: Ankle Lateral Position Procedure: The ankle is placed in true lateral to evaluate talar dome malleoli and hindfoot alignment. Patient Position: Supine or seated Region: Lower Extremity Projection: Lateral Beam Direction: Lateral to medial Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance … Read more

Name: Ankle Mortise Position Procedure: The leg is rotated inward fifteen to twenty degrees to open the mortise joint evenly. Patient Position: Supine or seated Region: Lower Extremity Projection: Oblique Beam Direction: Oblique beam Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from … Read more

Name: Ankle AP Position Procedure: The foot is dorsiflexed to open the joint space. This projection evaluates malleoli talar dome and joint alignment. Patient Position: Supine or seated Region: Lower Extremity Projection: AP Beam Direction: Anterior to posterior Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical … Read more

Name: Toe Lateral Position Procedure: The toe is positioned in true lateral to evaluate fractures and soft tissue swelling. Patient Position: Seated toe lateral Region: Lower Extremity Projection: Lateral Beam Direction: Lateral to medial Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from … Read more

Name: Toe Oblique Position Procedure: The toe is rotated to separate phalanges and show joint spaces. Patient Position: Seated toe oblique Region: Lower Extremity Projection: Oblique Beam Direction: Oblique beam Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from professional bodies such as … Read more

Name: Toe AP Position Procedure: The toe is extended and centered to show phalanges and joints. Patient Position: Seated toe extended Region: Lower Extremity Projection: AP Beam Direction: Anterior to posterior Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from professional bodies such … Read more

Name: Foot Lateral Position Procedure: The foot is placed in true lateral to evaluate arches hindfoot alignment and fracture displacement. Patient Position: Seated foot lateral Region: Lower Extremity Projection: Lateral Beam Direction: Lateral to medial Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance … Read more

Name: Foot Oblique Position Procedure: The foot is rotated thirty to forty five degrees to show midfoot articulations and metatarsal bases. Patient Position: Seated foot oblique Region: Lower Extremity Projection: Oblique Beam Direction: Oblique beam Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance … Read more