“…Canal afferents are capable of responding to stimuli at very high frequencies (Dickman and Correia 1989b;Rabbitt et al 1995) and can exhibit phase-locking behavior similar to that of auditory afferents. Vestibular hair cells are known to resonate at certain frequencies in response to steps of current (Baird 1994;Correia and Lang 1990;Eatock et al 1998;Goldberg and Brichta 2002;Rennie et al 1996;Steinacker et al 1992;Weng and Correia 1999). However, the correspondence between this hair cell electrical property and the output of the semicircular canal remains to be specified.…”
Section: F U T U R E D I R E C T I O N Smentioning
“…Canal afferents are capable of responding to stimuli at very high frequencies (Dickman and Correia 1989b;Rabbitt et al 1995) and can exhibit phase-locking behavior similar to that of auditory afferents. Vestibular hair cells are known to resonate at certain frequencies in response to steps of current (Baird 1994;Correia and Lang 1990;Eatock et al 1998;Goldberg and Brichta 2002;Rennie et al 1996;Steinacker et al 1992;Weng and Correia 1999). However, the correspondence between this hair cell electrical property and the output of the semicircular canal remains to be specified.…”
Section: F U T U R E D I R E C T I O N Smentioning
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