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The 85 pages that link to Computed tomography, each with the reason it gives.

• SpondylolisthesisRelated: CT can clarify bony defects such as pars fractures.

• Abdominal ultrasonographyCompared with: It often provides broader anatomic detail when ultrasound findings are limited or urgent questions persist.

• AbscessRelated: CT can locate deep abscesses and show their extent when examination is insufficient.

• MeningiomaRelated: CT can reveal calcification and bone changes around a meningioma.

• X-ray detectorRelated: Its projections depend on detectors measuring transmitted X-rays during rotation.

• Abdominal painRelated: CT can reveal causes of pain that are difficult to assess by examination alone.

• Bone tumorBroader topic: CT can reveal bone destruction, mineralization, and details useful for biopsy planning.

• MesotheliomaRelated: CT scans help assess pleural disease and guide evaluation of its extent.

• Acute abdomenRelated: CT often identifies causes such as obstruction, inflammation, or perforation in stable patients.

• Castleman diseaseRelated: Imaging maps involved lymph-node regions and helps distinguish localized from multicentric disease.

• Crouzon syndromeRelated: CT imaging can map fused sutures and craniofacial anatomy for treatment planning.

• Godfrey HounsfieldNarrower topic: Hounsfield’s scanner made this imaging method practical for clinical use.

• Head and neck cancerRelated: CT helps map tumor extent and assess neck lymph nodes.

• HerniaRelated: It can locate complex hernias and assess their contents or complications.

• Nasal fractureRelated: It is generally reserved for suspected complex facial injury rather than isolated nasal fractures.

• Brain injuryRelated: CT can rapidly reveal skull fractures and acute bleeding after injury.

• Budd–Chiari syndromeRelated: Contrast-enhanced scans can map venous obstruction and changes in liver perfusion.

• ChondrosarcomaRelated: CT can reveal the characteristic mineralized cartilage matrix and cortical bone changes.

• Head (anatomy)Related: CT scans rapidly show fractures and other structural damage in the head.

• Internal bleedingRelated: CT scans can locate and characterize internal bleeding in stable patients.

• MacrocephalyCompared with: CT can assess urgent concerns quickly, though MRI avoids ionizing radiation.

• Stab woundRelated: Stable patients may undergo CT to map injuries not apparent externally.

• Caesium iodideRelated: CsI scintillator arrays convert transmitted X-rays into light in many medical CT detectors.

• Dimensional metrologyCompared with: It reveals internal dimensions inaccessible to external contact measurements.

• DiverticulumRelated: CT commonly assesses suspected diverticulitis and its complications.

• Fetus in fetuRelated: CT can show the mass's bones and spatial relation to surrounding organs.

• Mandibular fractureRelated: CT scans show fracture location, displacement, and complexity in detail.

• Brow ridgeRelated: CT scans reveal the ridge's internal bone structure without destructive sectioning.

• Caroli diseaseRelated: CT can reveal intrahepatic duct dilation, stones, and associated liver changes.

• Celiac plexusRelated: CT imaging can guide or assess percutaneous access to the plexus.

• CherubismRelated: It shows lesion extent and effects on teeth, sinuses, and surrounding facial structures.

• Disc herniationRelated: CT can help assess spinal anatomy when MRI is unsuitable or unavailable.

• Empty sella syndromeRelated: CT can reveal sellar anatomy and sometimes identify an empty sella.

• High resolutionRelated: Its spatial resolution determines how small structures appear in reconstructed slices.

• Primary familial brain calcificationRelated: CT detects and maps brain calcifications more reliably than routine magnetic resonance imaging.