Xray
XRay Interpretation
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XRay Interpretation
, Radiographic Imaging, Radiography, XRay
Background
Five Radiographic Densities (in order of increasing brightness)
Air (e.g. lung, dark)
Fat
Fluid and soft tissue (e.g. heart)
Bone or calcifications
Metal or
Contrast Material
(very bright)
Differences in radiographic density allows for differentiation of structures on XRay
Adjacent objects with similar densities will have indistinct abbutting margins
Blurred structural margin suggests an adjacent structure (
Silhouette Sign
)
Image Geometry
Orthogonal views (90 degrees) reduces distortion
Objects further from the xray film are distorted
Objects close to XRay film or cassette have sharp edges without significant magnification
Objects further from XRay film or cassette have blurred edges and greater magnification
Penetration
Over-penetration: Dark films
Under-penetration: White films
Approach
Gene
ral
Check Metadata
Patient Name and Identifiers
Exam Date and Time
Technician Notations (e.g. Expiration film)
Patient Position
Supine
Semiupright
Erect
Patient Alignment
Rotation
Lordosis or kyphosis
Systematic Review
Prowl the film in systematic fashion (see xray findings below for specific approaches)
View images adjusting brightness/contrast presets (e.g. bone window) and different magnification
Findings
Head
See
Sinus XRay
See
Skull XRay
Chest
See
Chest XRay
See
Chest XRay Interpretation
See
Chest XRay Changes Suggestive of Tb
See
Chest XRay in Asthma
See
Chest XRay in Congenital Heart Disease
See
Chest XRay in Congestive Heart Failure
See
Chest XRay in Pneumothorax
Upper Extremity
See
Shoulder XRay
See
Elbow XRay
See
Wrist XRay
See
Hand XRay
Lower Extremity
See
Pelvis XRay
See
Hip XRay
See
Knee XRay
See
Ankle XRay
See
Foot XRay
Spine
See
Cervical Spine XRay
See
Thoracic Spine XRay
See
Lumbar Spine XRay
See
Scoliosis XRay
Specific Conditions
See
XRay Changes in Rheumatic Conditions
See
Osteoarthritis XRay
See
Osteomyelitis XRay
See
Stress Fracture XRay
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