The vestibular system consists of peripheral end organs that provide the brain with temporally precise information about head position in space required for motor coordination and postural stability. Irregular vestibular afferents of the inner ear are particularly sensitive to rapid changes in acceleration, or jerk, which is necessary for making quick, corrective movements and postural adjustments....
✦ The floor
Discussion
Signed responses from readers of the wire.
Too preliminary for practice change; this preprint provides mechanistic insight into vestibular adaptation but does not yet guide clinical rehabilitation protocols.
Understanding how peripheral and central vestibular pathways adapt differently to repeated stimulation could eventually improve vestibular rehabilitation strategies.
- 01Repeated inertial stimulation induces distinct plasticity responses in peripheral vs. central vestibular pathways.
- 02Central vestibular plasticity may compensate differently than peripheral adaptation.
- 03Findings carry implications for motor coordination and postural control.
- 04Study is a preprint and has not yet completed peer review.
- 05Mechanistic insights may eventually inform vestibular rehabilitation design.
Peripheral and central vestibular pathways show divergent plasticity in response to repeated inertial stimulation.
studypartially supported- PMID
- 42856161
- DOI
- 10.64898/2026.09.22.752866.
- Publication type
- preprint
- Evidence level
- na
- Population
- Not stated; likely animal or human subjects undergoing repeated inertial vestibular stimulation
- Intervention
- Repeated inertial stimulation of the vestibular system
Primary outcomes
Divergent plasticity changes in peripheral vestibular pathways; Divergent plasticity changes in central vestibular pathways; Effects on motor coordination and posture