Übersetzung für 'hair cell membrane' von Englisch nach Deutsch

hair cell membrane

Haarzellmembran {f}biol.

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cell membrane

Zellmembran {f}biol.

Plasmalemma {n} [veraltet]biol.

Plasmalemm {n} [veraltet]biol.

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membrane cell

Membranzelle {f}tech.

cell membrane structure

Zellmembranstruktur {f}biol.

nerve cell membrane

Nervenzellmembran {f}biol.

cell membrane dysfunction

Zellmembrandysfunktion {f}med.

Zellmembranfunktionsstörung {f}med.

cell membrane function

Zellmembranfunktion {f}biol.

host cell membrane

Wirtszellmembran {f}biochem.

cell (membrane) receptor

Membranrezeptor {m} [auch: Oberflächenrezeptor]biol.med.

cell membrane transport

Zellmembrantransport {m}biol.

proton exchange membrane fuel cell <PEMFC>

Protonenaustauschmembran-Brennstoffzelle {f}chem.

hair cell

Haarzelle {f}biol.

cell membrane receptor complex defect [CR3] [IDC-10]

Defekt {m} des Membranrezeptorenkomplexes [CR3] [IDC-10]med.

sensory hair cell

Haarsinneszelle {f} [auch Haar-Sinneszelle]anat.

root hair cell

Wurzelhaarzelle {f}bot.

outer hair cell <OHC>

äußere Haarsinneszelle {f}anat.

inner hair cell <IHC>

innere Haarsinneszelle {f}anat.

microfiltration membrane <MF membrane>

Mikrofiltrationsmembran {f}tech.

• The basal part of the hair is flexible and inserts into the cell membrane, the second part is dominated by a long stiff tube (the 'straw' or 'stramen'), and finally the tube is tipped by several delicate hairs.
• As the cell's surface membrane of the root hair cell is semi-permeable, osmosis can take place; and water passes from the soil to the root hairs.
• Immunolocalization shows prestin is expressed in the lateral plasma membrane of the outer hair cells, the region where electromotility occurs.
• They provide mechanical coupling between the basement membrane and the mechanoreceptors on the hair cells.
• In mammals, the auditory hair cells are located within the spiral organ of Corti on the thin basilar membrane in the cochlea of the inner ear.

• This causes the cells to be chemically elongated and shrunk (somatic motor), and hair bundles to shift which, in turn, electrically affects the basilar membrane's movement (hair-bundle motor).
• The basilar membrane is also the "base" for the hair cells.
• A gelatinous cover called the otolithic membrane envelops the tips of the stereocilia and kinocilium.
• Two models have been proposed in explaining the gating mechanism of MS channels: membrane-mediated mechanism and trapdoor mechanism.
• The basilar membrane of animals with long cochleae also vibrates at different locations along the membrane in response to different frequency sounds.

• In the cochlea, a shearing movement between the tectorial membrane and the basilar membrane deflects the stereocilia, affecting the tension on the tip-link filaments, which then open and close the non-specific ion channels.
• It is usually associated with polarized actin filaments in membrane ruffles, filopodia, stereocilia and adhesion plaques.
• The tips of these stereocilia and kinocilium are embedded in a gelatinous layer, which together with the statoconia form the otolithic membrane.
• The stereocilia are oriented by the striola, a curved ridge that runs through the middle of the macula; in the saccule they are oriented away from the striola The tips of the stereocilia and kinocilium are embedded in a gelatinous otolithic membrane.