PU¶PubMed·Journal article·Vestibular·5w agoExploring the Feasibility of Mitigating Alcohol-Induced Instability Using Galvanic Vestibular StimulationThis feasibility work expands understanding of GVS as a potential real-time countermeasure for acute vestibular disruption, which could eventually inform rehabilitation technology for patients with vestibular dysfunction.
PU¶PubMed·Journal article·Vestibular·5w agoCochlear Functional Changes and CGRP Modulation in a Chronic Nitroglycerin Migraine-Like Rat ModelUnderstanding how migraine biology disrupts cochlear function could eventually reveal shared treatment targets for vestibular migraine and Ménière's disease.＋Save
PU¶PubMed·Journal article·Vestibular·2mo agoHuman Steering Control Under Unpredictable DisturbancesA deeper understanding of human sensorimotor control under unpredictable conditions may eventually inform vestibular rehabilitation models, but this connection is speculative at present.＋Save
PU¶PubMed·Journal article·Research (general)·2mo agoEnhanced Contour-Deviant Mismatch Negativity and Mnemonic Representations in Older MusiciansNo immediate change to audiology practice is indicated; findings support the mechanistic link between lifelong music training and preserved auditory discrimination in aging, but do not yet support recommending music training as a clinical intervention for age-related hearing...＋Save
PU¶PubMed·Journal article·Research (general)·3mo agoSpeech-Like Vibrotactile Stimulation Is Associated With Enhanced Cortical Activations in Single-Sided Deafness: An fMRI StudyThese findings open a potential non-implant pathway for sensory substitution in single-sided deafness, and may inform future design of vibrotactile hearing assistive devices or multimodal rehabilitation strategies.＋Save
PU¶PubMed·Journal article·Vestibular·3mo agoElucidating the Role of Muscarinic Acetylcholine Receptor Signalling in Efferent-Mediated Responses of Mammalian Vestibular AfferentsClarifying the molecular pathways behind vestibular efferent signaling could ultimately open new pharmacological targets for treating balance disorders.＋Save
