Linked from

The 14 pages that link to Neuroanatomy, each with the reason it gives.

• Neurological examinationNarrower topic: Anatomical pathways make the location suggested by a pattern of signs intelligible.

• NeuroimagingNarrower topic: Anatomical knowledge gives brain images their structural landmarks.

• NeurologyRelated: Anatomical localization helps clinicians connect examination findings to affected regions.

• Confocal microscopyRelated: Confocal imaging maps fluorescently labeled neurons and circuits through tissue depth.

• Santiago Ramón y CajalNarrower topic: Cajal’s anatomical descriptions reshaped how nervous tissue and its connections were understood.

• NeurosurgeryNarrower topic: Surgical planning depends on the location of pathways, nuclei, and blood vessels.

• Locus coeruleusNarrower topic: The locus coeruleus became a landmark through anatomical identification and mapping.

• Marcello MalpighiRelated: Malpighi’s microscopic investigations helped extend anatomical research to fine structures of the brain and nerves.

• NeuropathologyCompared with: Neuroanatomy describes normal structure; neuropathology examines structural change caused by disease.

• Acupuncture pointRelated: Comparing point sites with nerves and tissues gives biomedical accounts an anatomical basis.

• Franz Joseph GallNarrower topic: Gall’s dissections and anatomical claims helped direct attention toward brain structure.

• Head (anatomy)Narrower topic: Clinical assessment of head disorders depends on locating affected neural structures.

• MyologyRelated: Nerve pathways connect muscular anatomy with control and sensation.

• Clinical neuroscienceNarrower topic: Anatomical pathways help localize lesions and interpret clinical symptoms.