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

• Vestibular systemRelated: Sensory disagreement involving vestibular input can trigger this common response.

• Handheld cameraRelated: Strong handheld movement on screen can provoke discomfort in some viewers.

• Histamine H1 receptorRelated: Some brain-penetrant H1 antagonists reduce motion sickness through central actions.

• AntihistamineRelated: Some sedating antihistamines act on brain pathways involved in motion sickness.

• ScopolamineRelated: Preventing this condition is scopolamine’s best-known use.

• Postoperative nausea and vomitingRelated: A history of motion sensitivity is a recognized marker of increased postoperative risk.

• AntiemeticRelated: Antihistamines and anticholinergics can suppress the vestibular signals that provoke it.

• Vestibular rehabilitationRelated: Graded exposure to provocative motion can sometimes reduce motion sensitivity.

• VomitingRelated: Conflicting motion signals can activate neural pathways that induce vomiting.

• DiphenhydramineRelated: Diphenhydramine can reduce motion-sickness symptoms, but its drowsiness may impair activities.

• Atropa belladonnaRelated: Scopolamine, an alkaloid also found in belladonna, is used to prevent it.

• Tropane alkaloidRelated: Scopolamine is used to prevent symptoms by acting on cholinergic pathways involved in nausea.

• HydroxyzineRelated: Hydroxyzine's central antihistamine effects can help manage nausea and motion-related symptoms.

• PromethazineRelated: Promethazine can prevent motion-sickness symptoms through central antihistamine and anticholinergic effects.

• Virtual reality headsetRelated: Visual motion in a headset can conflict with inner-ear signals and provoke symptoms.

• CyclizineRelated: Preventing motion sickness is one of cyclizine’s established uses.