Abdomen | Abdomen Left Lateral Decubitus Position

Name: Abdomen Left Lateral Decubitus Position Procedure: The patient lies on the left side with a horizontal beam to detect free air when upright imaging is not possible. The right side is elevated to separate free air from the stomach bubble. Patient Position: Left side lying Region: Abdomen Projection: Decubitus Beam Direction: Horizontal beam Type … Read more

Abdomen | Abdomen Upright Position

Name: Abdomen Upright Position Procedure: The patient stands or sits upright to demonstrate air fluid levels and free air. This projection is essential in obstruction and perforation evaluation. Patient Position: Standing or seated Region: Abdomen Projection: AP Beam Direction: Vertical beam Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards … Read more

Abdomen | Abdomen Supine KUB Position

Name: Abdomen Supine KUB Position Procedure: The patient lies flat with the beam perpendicular to the abdomen. This projection evaluates bowel gas pattern organ outlines and calcifications. Patient Position: Supine Region: Abdomen Projection: AP Beam Direction: Perpendicular Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, … Read more

Chest | Chest Lateral Decubitus Position

Name: Chest Lateral Decubitus Position Procedure: The patient lies on their side with a horizontal beam to evaluate pleural fluid or air. Fluid layers dependently while air rises. Patient Position: Side lying Region: Chest Projection: Decubitus Beam Direction: Horizontal beam Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used … Read more

Chest | Chest Lordotic Position

Name: Chest Lordotic Position Procedure: The patient leans backward or the tube is angled upward to project the clavicles above the lung apices. This projection improves visualization of apical lung regions. Patient Position: Standing leaning backward Region: Chest Projection: Axial Beam Direction: Angled cephalad Type of Study: Diagnostic This dataset is informed by widely accepted … Read more

Chest | Chest AP Portable Position

Name: Chest AP Portable Position Procedure: The patient lies supine or semiupright with the beam entering from the front. This projection is used for critically ill patients and evaluates acute pathology and line placement. Patient Position: Supine or semiupright Region: Chest Projection: AP Beam Direction: Anterior to posterior Type of Study: Diagnostic This dataset is … Read more

Chest | Chest Lateral Position

Name: Chest Lateral Position Procedure: The patient stands with the left side against the detector to reduce heart enlargement. Arms are raised to clear the thorax. This projection provides depth information and complements the PA view. Patient Position: Standing left side to detector Region: Chest Projection: Lateral Beam Direction: Lateral to medial Type of Study: … Read more

Chest | Chest PA Position

Name: Chest PA Position Procedure: The patient stands facing the detector with shoulders rolled forward to clear the scapulae. The beam enters from the back and exits the front producing minimal heart enlargement. This projection evaluates lungs mediastinum and thoracic structures. Patient Position: Standing facing detector Region: Chest Projection: PA Beam Direction: Posterior to anterior … Read more

Specialty | Specialty Temporomandibular Joint Oblique Position

Name: Specialty Temporomandibular Joint Oblique Position Procedure: The head is rotated to show mandibular condyles and joint spaces for evaluation of dysfunction. Patient Position: Standing oblique Region: Specialty 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

Specialty | Specialty Mandible Acanthiomeatal Position

Name: Specialty Mandible Acanthiomeatal Position Procedure: The chin is raised to show the mandible free of superimposition and evaluate fractures. Patient Position: Standing or seated Region: Specialty Projection: Axial Beam Direction: Posterior to anterior Type of Study: Diagnostic This dataset is informed by widely accepted radiographic positioning standards used across clinical practice, including guidance from … Read more