Resource Documents by Rosengren, Sally
Todd, Neil; Rosengren, Sally; and Colebatch, James
Tuning and sensitivity of the human vestibular system to low-frequency vibration
Abstract. Mechanoreceptive hair cells of the vertebrate inner ear have a remarkable sensitivity to displacement, whether excited by sound, whole-body acceleration or substrate-borne vibration. In response to seismic or substrate-borne vibration, thresholds for vestibular afferent fibre activation have been reported in anamniotes (fish and frogs) in the range −120 to −90 dB re 1g. In this article, we demonstrate for the first time that the human vestibular system is also extremely sensitive to low-frequency and infrasound vibrations by making use . . . Complete article »
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