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The 47 pages that link to Serotonin, each with the reason it gives.

• Selective serotonin reuptake inhibitorRelated: Blocking its reuptake changes serotonin signaling without simply creating more serotonin.

• Obsessive–compulsive disorderRelated: The effectiveness of serotonin-targeting medicines informs, but does not settle, theories of OCD biology.

• MelatoninRelated: The pineal gland converts serotonin into melatonin through a two-step pathway.

• Serotonin transporterRelated: It is the molecule the transporter binds and moves across the membrane.

• Seasonal affective disorderRelated: Seasonal changes in light exposure may influence serotonin systems implicated in depressive symptoms.

• Premenstrual dysphoric disorderRelated: Serotonergic signaling helps explain why selective serotonin reuptake inhibitors can reduce symptoms.

• TryptophanRelated: Tryptophan is converted through 5-hydroxytryptophan into serotonin.

• AggressionRelated: Serotonergic activity is associated with regulation of impulsive aggression.

• Descending pain modulationRelated: Serotonergic brainstem projections can either inhibit or facilitate spinal pain signals.

• Antidepressant discontinuation syndromeRelated: Changes in serotonergic signaling help explain symptoms after reducing some antidepressants.

• Serotonin receptorRelated: It is the ligand whose binding activates serotonin receptors.

• FluoxetineRelated: Fluoxetine changes serotonin signaling by limiting its reuptake.

• SertralineRelated: Sertraline changes serotonin signaling by limiting its reuptake.

• Gut-brain axisRelated: Most of the body's serotonin is produced in the gut, where it helps regulate motility and sensation.

• AkathisiaRelated: Serotonergic signaling may contribute to akathisia and is one reason its mechanisms remain unsettled.

• MDMARelated: MDMA’s large increase in serotonin signaling contributes to its emotional and perceptual effects.

• Pineal glandRelated: Pineal melatonin is made through chemical modification of serotonin.

• Migraine prophylaxisRelated: Serotonergic signaling helps explain the actions of some older preventive drugs.

• MirtazapineRelated: Mirtazapine changes serotonergic signaling through increased release and selective receptor blockade.

• Premenstrual syndromeRelated: Serotonergic signaling may help explain emotional and behavioral symptoms.

• ParoxetineRelated: Paroxetine alters signaling by this neurotransmitter.

• TramadolRelated: Tramadol’s inhibition of serotonin reuptake contributes to analgesia and interaction hazards.

• Carcinoid syndromeRelated: Excess serotonin from some tumors drives diarrhea and can promote fibrotic heart-valve damage.

• Anthranilic acidRelated: Anthranilic acid contributes indirectly to serotonin production through tryptophan biosynthesis.

• CycloserineRelated: Cycloserine can affect central nervous system function, making mood and behavior changes clinically relevant.