Linked from

The 26 pages that link to Neuroimaging, each with the reason it gives.

• Social anxiety disorderRelated: Imaging studies examine threat processing, but findings do not provide an individual diagnostic test.

• Neurological examinationRelated: Imaging tests anatomical hypotheses formed from the clinical signs.

• Traumatic Brain InjuryNarrower topic: CT and MRI help identify bleeding, fractures, and other consequences of head trauma.

• Multiple comparisons problemRelated: Voxel-wise analyses can involve vast numbers of simultaneous statistical tests.

• Neuropsychological assessmentCompared with: Images assess brain structure or activity directly, whereas tests measure cognitive performance.

• Cerebral edemaNarrower topic: CT and MRI help detect swelling, identify its pattern, and reveal possible causes.

• NeuroanatomyRelated: Scans make anatomical structures and some forms of damage visible in living patients.

• AnhedoniaRelated: Imaging studies investigate which reward circuits relate to different anhedonia profiles.

• NeurosurgeryRelated: Scans locate lesions and reveal anatomy before and during surgery.

• Cognitive neuroscienceNarrower topic: Imaging is a toolkit used in cognitive neuroscience, not the discipline itself.

• Taenia soliumRelated: CT or MRI can reveal lesions caused by neurocysticercosis.

• NeuroethicsNarrower topic: Brain scans can be used in research, diagnosis, and contested attempts to infer mental states.

• PhrenologyCompared with: Modern brain imaging studies the brain directly rather than inferring mental traits from skull shape.

• Broca's aphasiaRelated: Imaging can locate lesions and reveal that the impairment extends beyond a single cortical area.

• Neurological disorderRelated: Imaging can reveal structural causes such as bleeding, tumors, or tissue injury.

• Phineas GageRelated: Modern imaging methods informed reconstructions of the path and likely effects of Gage’s injury.

• Depersonalization-derealization disorderRelated: Studies suggest altered brain processing, but findings do not yet provide a diagnostic test.

• PleasureRelated: Brain scans reveal correlates of pleasure but cannot directly establish what an experience feels like.

• Kim PeekRelated: Brain imaging contributed to reports about Peek’s unusual cerebral anatomy.

• Alice in Wonderland syndromeNarrower topic: Brain imaging could help clarify which networks are involved across different causes.

• Body integrity dysphoriaRelated: Small studies have explored whether brain differences accompany the condition, but findings remain preliminary.

• Clinical neuroscienceRelated: Imaging connects clinical questions with measurable features of the brain.

• CytoarchitectureRelated: Microscopic maps help assign functional imaging signals to anatomically defined regions.

• Leave-one-subject-out cross-validationRelated: Neuroimaging datasets often contain many scans per person, making subject-level splits essential.

• Nervous System DiseasesRelated: Imaging can reveal lesions, bleeding, tumors, or structural changes.

• NeuroestheticsRelated: Brain imaging is one way researchers investigate responses during aesthetic tasks.