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

• FlavorRelated: Its signals add sensations such as chili burn and menthol coolness.

• MagnetoreceptionRelated: Experiments implicate its ophthalmic branch in transmitting magnetic information in some birds.

• VibrissaeRelated: It carries touch signals from facial vibrissae toward the brain.

• WasabiRelated: Wasabi’s volatile irritants stimulate sensory pathways associated with nasal burning.

• Olfactory nerveCompared with: It detects nasal irritation and chemical pungency, unlike the olfactory nerve’s odor signaling.

• Taste budCompared with: Its signals convey burning or cooling sensations often mistaken for tastes.

• Mammalian diving reflexRelated: Cold water on facial skin activates sensory pathways that help initiate the reflex.

• Postherpetic neuralgiaRelated: Shingles affecting its sensory branches can leave persistent facial pain.

• PhotophobiaRelated: Trigeminal pathways can carry light-related pain signals from the eye.

• Migraine prophylaxisNarrower topic: Many migraine preventives affect pathways that transmit signals through this nerve.

• Cluster headacheRelated: Its first division carries pain signals from the orbital region.

• Masticatory apparatusRelated: It provides both jaw-muscle control and sensation from the face and mouth.

• PonsBroader topic: Its sensory and motor nuclei occupy the pons.

• PungencyRelated: Its sensory branches convey much of the irritation associated with pungent foods.

• EyelidRelated: Its sensory branches help trigger eyelid closure when the eye is irritated.

• OdorRelated: Some sensations mistaken for odors, such as pungency, arise through nasal irritation.

• ForeheadNarrower topic: Its ophthalmic branch carries sensation from the forehead.

• Sturge–Weber syndromeRelated: Facial birthmarks often follow skin regions supplied by its branches.

• ErgotamineRelated: Migraine pain pathways involving this nerve are among ergotamine's therapeutic targets.

• SumatriptanNarrower topic: Migraine pain pathways targeted by sumatriptan include trigeminal sensory neurons.

• ToothacheNarrower topic: Dental pain signals travel through branches of this facial sensory nerve.

• Human noseRelated: Its sensory fibers detect pungency and airflow sensations distinct from smell.

• Nose (anatomy)Related: Its sensory branches detect irritation, temperature, and pungency inside the nose.

• OsmophobiaRelated: Some pungent odors stimulate trigeminal pathways as well as smell receptors.

• SneezeRelated: Its sensory branches detect many irritants that initiate sneezing.

• Stomatognathic systemRelated: It supplies jaw-moving muscles and conveys sensation from oral structures.