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The 42 pages that link to Vestibular system, each with the reason it gives.

• ProprioceptionRelated: Vestibular signals complement proprioception when estimating body orientation and balance.

• Arboreal locomotionRelated: Its signals help coordinate posture and balance during climbing and leaping.

• Motion sicknessBroader topic: Its motion signals can conflict with what the eyes report during travel.

• MechanoreceptionRelated: Its receptors detect fluid and otolith movement caused by mechanical forces on the head.

• CochleaCompared with: It shares the inner ear with the cochlea but primarily serves balance rather than hearing.

• WalkingRelated: Its signals help stabilize posture and gaze while the body moves.

• SensationBroader topic: Its receptors transduce acceleration and orientation into signals for balance and movement.

• AtaxiaRelated: Its dysfunction can cause imbalance and a characteristic form of ataxia.

• Hair cellNarrower topic: Vestibular hair cells detect movement rather than airborne sound.

• MagnetoreceptionCompared with: It supplies movement and balance information but does not directly detect Earth’s magnetic field.

• BalanceRelated: Its signals reveal head movement and tilt that require postural adjustment.

• NystagmusNarrower topic: Its signals are central to balance and to eye movements that stabilize vision during motion.

• Somatosensory systemCompared with: It contributes to balance and spatial orientation rather than skin and limb sensation.

• OtotoxicityBroader topic: Toxic injury here can cause dizziness, imbalance, or unstable gaze.

• Balance (ability)Related: It supplies rapid information about head motion and orientation for postural correction.

• ScopolamineRelated: Scopolamine dampens vestibular signaling that can trigger motion sickness.

• Auditory systemCompared with: It shares the inner ear with hearing but detects motion rather than sound.

• Postoperative nausea and vomitingRelated: Vestibular input can add to nausea risk, especially with motion-sensitive patients.

• AntiemeticNarrower topic: Its motion signals are a distinct source of nausea from gut or blood-borne triggers.

• Postural controlRelated: Its signals help distinguish body movement from changes in the surrounding visual scene.

• SomatosensationCompared with: It contributes to balance and spatial orientation rather than touch, pain, or body-surface sensation.

• Vestibular rehabilitationNarrower topic: Rehabilitation targets functions supplied by this system and its central connections.

• Vestibulo-ocular reflexNarrower topic: The reflex is one eye-movement function of this broader sensory system.

• AudiologyNarrower topic: Its function is central to audiology’s assessment of balance disorders.

• Chemoreceptor trigger zoneCompared with: Motion sickness begins with vestibular signals rather than primarily with blood-borne chemicals.

• Space adaptation syndromeRelated: Its gravity-sensitive signals change in weightlessness and contribute to disorientation.

• Artificial gravityRelated: Its responses to rotation help explain disorientation in artificial-gravity environments.

• Visual systemCompared with: It supplies balance and motion signals that vision can stabilize and complement.

• DizzinessNarrower topic: Its signals help the brain maintain spatial orientation and balance.

• Inner earBroader topic: Its organs detect head movement and position, complementing the cochlea’s hearing function.

• EarBroader topic: It shares the inner ear with hearing but signals movement and orientation.

• AcrophobiaRelated: Balance sensations at heights can contribute to perceived instability and amplify fear.

• Usher syndromeRelated: Its dysfunction explains balance problems in some forms of Usher syndrome.

• Head (anatomy)Related: Its location in the head lets it register movement and position.

• Balance disorderBroader topic: Disorders often begin when inner-ear motion signals become weak, distorted, or mismatched.

• Roberta BondarRelated: Spaceflight disrupts vestibular cues, a subject relevant to Bondar’s neurological research.

• BioastronauticsRelated: Its altered reference signals help explain disorientation and motion sickness in orbit.

• CyclizineRelated: Cyclizine dampens vestibular signaling that can trigger motion sickness.

• LightheadednessRelated: Disturbed balance signals can feel unsteady without producing classic spinning vertigo.

• Róbert BárányNarrower topic: Bárány’s research investigated how this system responds to movement and stimulation.

• Sense organsBroader topic: Its specialized organs sense acceleration and head position, functions distinct from hearing.

• SlackliningRelated: Its signals help maintain orientation while the line and body sway.