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Evolution of Otolithic Membrane. Structure of Otolithic Membrane in Amphibians and Reptilians
Journal of Evolutionary Biochemistry and Physiology, 2004Otolithic membrane of utricles, saccules, and lagena of amphibians (Bufo bufo, Xenopus laevis, Rana temporaria) and reptiles (Teratoscincus scincus, Agama sanguinolenta, Ophisaurus apodus, Caiman crocodilus) were studied using light and scanning electron microscopy.
Lychakov D V
exaly +2 more sources
Ultrastructure of the Otoliths and Otolithic Membrane of the Macula Utriculi in the Guinea PIG
Acta Oto-Laryngologica, 1971The fine structure of the otoliths and oto-lithic membrane of the macula utriculi in the guinea pig has been studied. It has been confirmed that it adopts a wavy arrangement, being formed of two zones of different electronic densiiy, one marginal and the other medial. Of these zones the former is composed of fibres and an interfibrillar substance.
J M Sanchez-Fernandez
exaly +3 more sources
Fine Structure of the Otolithic Membrane in the Squirrel Monkey
Acta Oto-Laryngologica, 1969The zonal structures of the otolithic membrane in the squirrel monkey were investigated by electron microscopy, and the different morphology at the different zones was described. The definite existence of the cupular zone and subcupular zone was determined in the subhuman primates and some functional considerations were made.
M, Igarashi, T, Kanda
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1983
The first reports on the otolithic membrane were done by Tenglia (1925) and Brock (1926). Wittmaak (1956) studied it in the guinea pig, rabbit and dog; Johnsson and Hawkins (1967) in the human and Lindeman (1969 a,b) in the guinea pig. Igarashi and Kanda (1969) recognized cupular zone 1 and cupular zone 2, which are called marginal and medial zones ...
Harada Yasuo
exaly +2 more sources
The first reports on the otolithic membrane were done by Tenglia (1925) and Brock (1926). Wittmaak (1956) studied it in the guinea pig, rabbit and dog; Johnsson and Hawkins (1967) in the human and Lindeman (1969 a,b) in the guinea pig. Igarashi and Kanda (1969) recognized cupular zone 1 and cupular zone 2, which are called marginal and medial zones ...
Harada Yasuo
exaly +2 more sources
Proteins of the gelatinous layer of the trout saccular otolithic membrane
Hearing Research, 1990Although the otolithic membrane is thought to play an important role in the stimulation of vestibular hair cells, little is known about its chemical composition. We analyzed proteins of the gelatinous layer of this structure from the trout saccule, a probable organ of hearing in fish, by SDS-polyacrylamide gel electrophoresis. A relatively small number
Dennis G Drescher +2 more
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Cupula, Cupular Zone of Otolithic Membrane, and Tectorial Membrane in the Squirrel Monkey
Acta Oto-Laryngologica, 1969The microscopic architecture of the cupula was studied in subhuman primates. It was determined that the cupula has a honeycomb-like mesh-work and that this meshwork may contain both neutral and acid poly-saccharides, as well as mucoprotein. The nature of the contents in the space enclosed by this meshwork is not certain although the existence of a ...
B R Alford
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Models of the dynamics of otolithic membrane and hair cell bundle mechanics*
Journal of Vestibular Research: Equilibrium and Orientation, 2001Dynamic behavior of an otolithic membrane (OM) was studied analytically using simplified homogeneous viscoelastic (Kelvin-Voight body) model of the OM. The OM was represented by a thin plate attached to a macular plane. Viscoelastic properties of the OM determine the specific times ( T 1 and T 2 ) and frequency-dependent behavior of the local ...
Alexander V Kondrachuk
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Correlated movement of hair bundles coupled to the otolithic membrane in the bullfrog sacculus
Hearing Research, 2009High-speed imaging with a CMOS camera was used to track the motion of multiple hair bundles of the bullfrog sacculus. To maintain the natural degree of intercell coupling, the overlying otolithic membrane was left intact atop the in vitro preparation.
Dolores Bozovic, K Arisaka
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