Linked from

The 21 pages that link to Radiography, each with the reason it gives.

• Medical imagingRelated: Plain radiographs are widely used to examine bones, lungs, and other structures.

• Ionizing radiationRelated: X-ray radiography uses attenuation of ionizing photons to reveal internal structure.

• Silver halideRelated: Silver-halide films convert transmitted X-rays into durable diagnostic images.

• Bone fractureRelated: X-ray images are a common first test for locating and characterizing a suspected fracture.

• SyndactylyRelated: X-rays reveal whether syndactyly includes bone fusion.

• RicketsRelated: Widened, irregular growth plates on X-rays help identify rickets.

• PolydactylyRelated: X-rays reveal whether an extra digit has bones and how it connects to the hand or foot.

• Paget's disease of boneRelated: Characteristic changes such as bone expansion and cortical thickening support diagnosis.

• Silver bromideRelated: Silver bromide materials recorded X-ray images before digital detectors became widespread.

• SprainRelated: X-rays can identify fractures that resemble sprain symptoms.

• Hip fractureRelated: Plain hip radiographs usually provide the first confirmation and classification of a suspected fracture.

• Joint dislocationRelated: X-rays can confirm displacement and identify associated fractures.

• Skeleton (anatomy)Related: Radiographs reveal fractures and many features of skeletal anatomy.

• ChondrocalcinosisRelated: It commonly reveals cartilage calcification as linear or punctate densities.

• Fibrodysplasia ossificans progressivaRelated: Imaging can identify characteristic toe abnormalities and mature ectopic bone.