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Name: Foot AP Position Procedure: The beam is angled toward the toes to show metatarsals and midfoot joints. This projection evaluates fractures alignment and joint spaces. Patient Position: Supine or seated foot flat Region: Lower Extremity Projection: AP Beam Direction: Angled cephalad Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning … Read more

Name: Scapula Lateral Position Procedure: The patient is rotated to show the scapular body in profile. Patient Position: Standing oblique Region: Upper 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 as … Read more

Name: Scapula AP Position Procedure: The arm is abducted slightly to show the scapula free of the thorax. Patient Position: Standing or supine Region: Upper 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 … Read more

Name: Clavicle Axial Position Procedure: The tube is angled upward to project the clavicle above the ribs. Patient Position: Standing or supine Region: Upper Extremity Projection: Axial Beam Direction: Angled cephalad 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: Clavicle AP Position Procedure: The patient faces the tube to show the entire clavicle. Patient Position: Standing or supine Region: Upper 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 as … Read more

Name: Humerus Lateral Position Procedure: The arm is internally rotated or placed across the abdomen to show the humeral shaft. Patient Position: Standing or seated Region: Upper 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: Humerus AP Position Procedure: The arm is externally rotated to show the humeral shaft and shoulder joint. Patient Position: Standing or seated Region: Upper 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 … Read more

Name: Forearm Lateral Position Procedure: The elbow is flexed ninety degrees with the wrist lateral to evaluate alignment. Patient Position: Seated elbow flexed Region: Upper 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 … Read more

Name: Forearm AP Position Procedure: The arm is extended with the hand supinated to show radius and ulna. Patient Position: Seated arm extended Region: Upper 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 … Read more

Name: Hand Lateral Position Procedure: The hand is positioned in true lateral for foreign body and fracture displacement assessment. Patient Position: Seated hand lateral Region: Upper 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