웹2024년 7월 7일 · The cochlea is a snail-shaped organ which has many tiny receptor hair cells embedded in a basilar membrane which respond to certain frequencies of sound. This is known as tonotopic organization in which the base of the membrane in the cochlea responds to higher pitches and the apex responds to lower pitches. 웹The basilar membrane is a key component of the inner ear responsible for converting sound vibrations into electrical signals that the brain can interpret. The membrane is lined with hair cells that are sensitive to different frequencies of sound, with higher frequency sounds causing vibrations closer to the base of the membrane and lower frequency sounds causing …
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웹2024년 4월 11일 · Mucus means slime and is the Latin name for the mucus that covers and protects the mucous membrane. ... The ion-regulating cells are needed to maintain osmotic, ionic, and acid-base levels, while basal cells can replenish required cell types toward normal function upon damage. All originate from the same cell type, ... 웹More specifically, the base of the basilar membrane responds best to high frequencies and the tip of the basilar membrane responds best to low frequencies. Therefore, hair cells that are in the base portion would be labeled as high-pitch receptors, while those in the tip of basilar membrane would be labeled as low-pitch receptors (Shamma, 2001). exercise bike benefits for women
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웹2024년 4월 11일 · Ruggero MA, Narayan SS, Temchin AN, et al. (2000) Mechanical bases of frequency tuning and neural excitation at the base of the cochlea: Comparison of basilar-membrane vibrations and auditory-nerve-fiber responses in chinchilla. Proceedings of the National Academy of Sciences of the United States of America 97: 11744–11750. 웹2014년 8월 12일 · 3 Glossary of terms • Apex of the cochlea—the low-frequency region of the cochlea, at the top of its snail-like spiral. • Base of the cochlea—the high-frequency region of the cochlea, at the bottom of its snail-like spiral. • Basilar membrane—an elastic strip inside the cochlea that supports the organ of Corti and oscillates in response to sound. 웹2024년 11월 10일 · Figure 12.4 illustrates one cross section of the cochlea. Sound waves cause the oval and round windows at the base of the cochlea to move in opposite directions (See Figure 12.2).This causes the basilar membrane to be displaced and starts a traveling wave that sweeps from the base toward the apex of the cochlea (See Figure 12.7).The … exercise bike bayswater victoria australia