In vertebrates, the inner ear is mainly responsible for sound detection and balance.
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In vertebrates, the inner ear is mainly responsible for sound detection and balance.
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Inner ear is found in all vertebrates, with substantial variations in form and function.
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The inner ear is innervated by the eighth cranial nerve in all vertebrates.
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The middle ear thus serves to convert the energy from sound pressure waves to a force upon the perilymph of the inner ear.
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Vestibular system of the inner ear is responsible for the sensations of balance and motion.
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Human inner ear develops during week 4 of embryonic development from the auditory placode, a thickening of the ectoderm which gives rise to the bipolar neurons of the cochlear and vestibular ganglions.
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The lateral wall of the cochlInner ear duct is formed by the spiral ligament and the stria vascularis, which produces the endolymph.
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Venous drainage of the inner ear is through the labyrinthine vein, which empties into the sigmoid sinus or inferior petrosal sinus.
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Neurons within the Inner ear respond to simple tones, and the brain serves to process other increasingly complex sounds.
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Human Inner ear has evolved with two basic tools to encode sound waves; each is separate in detecting high and low-frequency sounds.
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Inner ear found that movement of the basilar membrane resembles that of a traveling wave; the shape of which varies based on the frequency of the pitch.
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Arrangement of the inner ear in living amphibians is, in most respects, similar to that of reptiles.
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Inner ear is primarily responsible for balance, equilibrium and orientation in three-dimensional space.
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