Linked from

The 12 pages that link to Metoclopramide, each with the reason it gives.

• ProlactinCompared with: By blocking dopamine action, it can raise prolactin as an unintended drug effect.

• Neuroleptic malignant syndromeRelated: This non-psychiatric dopamine-blocking drug can also precipitate the syndrome.

• Dopamine D2 receptorRelated: Its D2 blockade treats nausea but can also cause movement-related adverse effects.

• OndansetronCompared with: It offers a different receptor profile and can promote gastric emptying.

• Tardive dyskinesiaRelated: Long-term exposure can cause tardive dyskinesia, showing that risk is not limited to psychiatric drugs.

• AntiemeticBroader topic: Its combined dopamine-blocking and gut-motility actions distinguish it from ondansetron.

• Extrapyramidal symptomsRelated: Long-term exposure can cause tardive dyskinesia, showing that risk extends beyond psychiatric drugs.

• VomitingBroader topic: It can reduce vomiting by acting on dopamine pathways and improving gastric emptying.

• AkathisiaRelated: This anti-nausea drug can cause akathisia as well as other movement-related adverse effects.

• Chemoreceptor trigger zoneBroader topic: Its D2 blockade can reduce trigger-zone signaling, while its gut effects address additional nausea pathways.

• PromethazineCompared with: It offers an alternative antiemetic mechanism, with distinct movement-related risks.

• DomperidoneCompared with: Unlike domperidone, it more often causes central neurological effects such as movement disorders.