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1 es primarily segregated projections from all otolithic and semicircular canal nerves, whereas the ven
2  present study was designed to determine the otolithic contribution to the HD signal, as well as to c
3                                              Otolithic endorgans such as the saccule were thought to
4                   These results suggest that otolithic function varies among inbred strains and sever
5 ible for early onset hearing loss may affect otolithic function, yet the time course of functional ch
6 mponent of the HD signal, but involvement of otolithic information in the HD signal has not been test
7  results support current models that suggest otolithic information is involved in the perception of d
8                                 A gelatinous otolithic membrane (OM) couples a single calcified otoli
9 over sensory maculae and are attached to the otolithic membrane, a gelatinous extracellular matrix th
10 etory cells that make endolymphatic fluid or otolithic membranes, and simple epithelial cells lining
11 l nucleus (MgON) receives highly overlapping otolithic organ and semicircular canal input, and we pro
12  identified a cDNA from the sunfish saccular otolithic organ that encoded a new member of the collage
13                     Afferents from the three otolithic organs (the utricle, saccule, and lagena) proj
14         Disease-related abnormalities of the otolithic organs and semi-circular canals and age-relate
15 nstem response (ABR) measurements, and their otolithic organs appeared normal.
16 in the striolar-like regions of all of three otolithic organs average over 80 cilia, a number far gre
17 sh (Lepomis macrochirus) saccule, one of the otolithic organs in the inner ear.
18 e that suggests auditory roles for all three otolithic organs in the sleeper goby.
19 ircular canals and rely exclusively on their otolithic organs to transduce vestibular information.
20 tibular tissues (cristae ampullares, macular otolithic organs, and Scarpa's ganglia) in chinchilla, r
21 eceives interdigitating projections from the otolithic organs, and the dorsomedial DON likely integra
22 he octavolateral nerves, which innervate the otolithic organs, semicircular canals, and lateral lines
23  to be involved in calcium regulation in the otolithic organs.
24                                              Otolithic, semicircular canal, and anterior lateral line
25  cardiovascular and sympathetic responses to otolithic stimulation (ie, head-down rotation, HDR).
26            We hypothesized that responses to otolithic stimulation would be attenuated in older adult
27 lar gait ataxia showed abnormal responses of otolithic vestibuloocular reflexes to this motion.