Results 161 to 170 of about 2,104 (201)
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Ultrastructural changes of statoconia after segmentation of the otolithic membrane
Hearing Research, 1987The chick vestibule transformed from a homogeneous epithelial layer at day 2 (stage 15) into a pseudo-stratified epithelial layer at day 4 (stage 24). The apical columnal appearance of sensory cells was evident by day 6 (stage 29). In the supporting cells of the saccule and utricle large rough endoplasmic reticulum cisterns filled with material similar
Cesar D. Fermin +2 more
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Hair-bundle stiffness dominates the elastic reactance to otolithic-membrane shear
Hearing Research, 1993Efficient transduction by acousticolateralis organs requires that a stimulus force principally deflect hair bundles, rather than flex other structural elements. Hair bundles might therefore be expected to provide a large fraction of the impedence to shear motions of otolithic membranes and other accessory structures. We measured the stiffness for shear
A. J. Hudspeth +2 more
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The Attachment of the Cupulae, Otolith and Tectorial Membranes to the Sensory Cell Areas
Acta Oto-Laryngologica, 1971Using colloidal iron staining or post-fixation with ruthenium tetroxide it could be evidenced that the interstitial cells on the sensory areas in the inner ear in pigeons produce a fibrillar network sur- rounding every hair bundle of the sensory cells. This network ties the overlying membrane to the surface of the sensory area. The compartments created
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Toadfish saccular hair cell bundle has a preferred orientation in the otolithic membrane
Hearing Research, 1990The macula of the saccule of the toadfish, Opsanus tau, is covered by an otolithic membrane containing sockets into which the stereocilia and kinocilia of the hair cells project. We have found that the hair cell bundle has a distinct eccentric orientation within this space of the otolithic socket.
Adarli Romero +2 more
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Lectin binding sites in the inner ear membranes. A detailed analysis of the otolithic membranes
1987FITC-labelled lectins with binding specificity to the hexose components of glycoconjugates were used to demonstrate structural difference in the glycoprotein composition of otolithic membranes and ampullar cupulae in chicken embryos, tadpoles and adult specimens of Rana esculenta.
MARMO, FRANCESCO +3 more
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The cell biology of mitochondrial membrane dynamics
Nature Reviews Molecular Cell Biology, 2020Marta Giacomello +2 more
exaly
Electron probe X-ray microanalysis of Ca and K distributions in the otolithic membrane
, 1992 Antonìo Campos +3 more
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