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The 175 pages that link to Magnetic resonance imaging, each with the reason it gives.

• Aicardi syndromeRelated: Brain MRI can show callosal abnormalities and other structural findings in affected children.

• Alice in Wonderland syndromeRelated: Imaging may be used to assess suspected structural or inflammatory causes.

• AphalliaRelated: It can clarify pelvic and genital anatomy when examination alone is insufficient.

• Articular cartilage damageRelated: It can show cartilage defects and associated bone or soft-tissue changes without ionizing radiation.

• Brain (anatomy)Related: MRI reveals brain anatomy without exposing tissue to ionizing radiation.

• CoenurosisRelated: MRI can identify and locate intracranial cysts, especially in human cases.

• Cryogenics & vacuum technologyRelated: Many MRI magnets use cryogenic cooling to maintain superconducting operation.

• DiphalliaRelated: It can clarify complex anatomy when planning evaluation or treatment.

• Disc herniationRelated: MRI can show disc displacement and its relationship to spinal nerves.

• Electrical techniquesCompared with: It uses electromagnetic signals but creates images through nuclear magnetic resonance rather than direct electrical measurement.

• Empty sella syndromeRelated: MRI can show cerebrospinal fluid within the sella and the flattened pituitary gland.

• Engineering physicsBroader topic: Its scanners apply electromagnetic physics, signal processing, and precision instrumentation.

• Field lineRelated: Field-line thinking helps describe the shaped magnetic fields used to encode images.

• Hereditary haemochromatosisRelated: Specialized MRI techniques estimate iron in the liver and other organs.

• Klippel–Feil syndromeRelated: MRI can evaluate the spinal cord and soft tissues when neurological or structural concerns arise.

• Magnetic systemsBroader topic: Its field-and-spin system turns magnetic responses into anatomical images.

• Magnetic techniquesBroader topic: It turns magnetic resonance into detailed images of soft tissue without ionizing radiation.

• MedulloblastomaRelated: MRI shows the primary tumor and can reveal disease spread along the neuraxis.

• Methods in magnetismRelated: It applies magnetic-field control and resonance detection to produce images inside the body.

• Müllerian agenesisRelated: It clarifies complex reproductive anatomy and can help assess associated pelvic structures.

• Neurofibromatosis type IIRelated: MRI can detect and monitor tumors throughout the brain and spinal cord.

• Nodding diseaseRelated: MRI helps assess structural brain abnormalities in affected children.

• Period 1 elementRelated: Liquid helium has traditionally cooled the superconducting magnets in many MRI scanners.

• Rasmussen syndromeRelated: MRI helps track inflammation-associated signal changes and progressive hemispheric atrophy.

• Zellweger syndromeRelated: Brain imaging can characterize developmental abnormalities associated with the syndrome.