cochlea 中文意思是什麼

cochlea 解釋
n. 名詞 (pl. -ae , cochleas) 【解剖學】(耳)蝸;【植物;植物學】卷莢。

  1. Activating effect of atp on no cgmp pathway in guinea pig cochlea

    環磷酸鳥苷途徑的激活作用
  2. We hear when the cochlea, in the inner ear, stimulates the auditory nerve

    當內耳中的耳蝸刺激聽神經時,我們便可以聽見聲音。
  3. The sooner a person receives an implant after becoming deaf, the more likely he will adapt to the new sound input ; people who have been deaf for years do not respond as well because of degeneration in the cochlea or auditory nerve

    失聰后越早植入人工電子耳的人,越可能適應新聲音的輸入;失聰多年的人,由於耳蝸或聽神經的退化,對聲音的反應就沒那麼靈光。
  4. The baha is anchored to the skull by a tiny titanium screw. instead of sounds entering the outer ear canal and impinging on the eardrum as in normal hearing, the sounds amplified by the device are conducted through the screw and the bones of the skull to the cochlea, the snail - shaped inner ear structure responsible for converting sounds into electrical signals carried to the brain by the auditory nerve

    骨固定式助聽器利用鈦金屬螺絲固定在耳後方的頭骨,助聽器擴音機放大的聲音經由鈦金屬螺絲及頭骨直接傳到耳蝸,不像傳統空氣傳導式助聽器般,聲音要經過外耳道,再透過鼓膜傳音傳至耳蝸。
  5. The rehabilitation consultation of artificial cochlea

    人工耳蝸調試的康復咨詢
  6. Cochlea is spiral - shaped part of the inner ear

    耳蝸是內耳里螺旋狀的部分。
  7. Comparison between the artificial cochlea signal processing projects

    人工耳蝸信息處理方案的比較
  8. " for his discoveries of the physical mechanism of stimulation within the cochlea

    發現耳蝸刺激的物理機制
  9. For the treatment of intellectual disturbances in the elderly and cochlea vestibular disorders

    治療老人智能障礙和耳蝸前庭疾病
  10. Canalis spiralis cochlea

    耳蝸旋管
  11. The inner ear ( cochlea ) analyzes the sound wave and provides the brain with detailed information on the different sounds

    內耳(耳蝸)分析聲波並將不同聲音的詳細信息提供給大腦。
  12. When sound waves enter the cochlea, which is really a tube coiled around, they set a membrane into a back and forth motion and cause a new wave

    當聲波進入耳蝸這條盤旋的管道,它令薄膜前後移動並且產生新的波動。
  13. It showed that activated inhibition by weak noise could be gabaergic inhibition. from above the findings, we could give a hypothesis that the input of random oscillation induced by noise in the cochlea to central auditory system could be integrated in the central auditory nucleus and the response of sound - sensitive neuron to sound stimuli could be adjusted to an optimum state for signal intensity coding

    根據這些變化可以推測,這種背景噪聲的生物學作用可能是通過弱噪聲所引起的耳蝸隨機共振的輸入,在上行過程中經各級聽覺核團的整合,將中樞聲敏感神經元調定在一種準備狀態,並定型放電率函數和調制神經元對聲馨碩士學位論文master 』 st砰iesis強的編碼。
  14. Whenworking with a traditional surgical drill under the microscope thedrill tip will naturally perforate the surface through the innerflexible boney tissue interface of the cochlea with the inner membraneand protrude into the space

    當在顯微鏡下使用傳統外科鉆頭手術時,通常容易穿破表面柔韌的骨組織和耳蝸交界面突出的內耳膜。
  15. The drill isapplied to the cochlea, the inner ear hearing organ, is aligned to thecorrect place and then drills a hole less than a millimetre in diameterto enable the cochlear implant to be inserted

    該鉆頭適用於內耳聽覺器官耳蝸,它準確對齊到正確的部位,接著在該部位鉆一個直徑小於一毫米的洞使得耳蝸植入電極可以由此插入。
  16. Deafness occurs most commonly when tiny hair cells inside the cochlea are damaged as a result of a genetic defect, infection, loud noise or aging

    耳聾最常見的起因,是由於基因缺陷、感染、吵雜的噪音或老化等因素,讓耳蝸內部細微的毛細胞受損所造成。
  17. Description : this neurophone incorporates an electronic circuit duplicating the encoding of the cochlea and 8th cranial nerve themselves

    描述:這個腦聽器包含了一個電子電路復制他們自己的耳蝸的編碼,第8腦神經。
  18. On the other hand, inhibitory areas of ftc could be abolished partially or completely during bicuculline application. these results showed that gabaergic inhibitory afferent projections to recorded neurons were activated by random resonance caused by weak noise in cochlea, which provided inhibitory input for sharpening frequency tuning and made neuron more precisely analyze sound signal near its bf. therefore, this experiment presented a possible evidence of cellular level for interpreting why human and animal could extract or capture sound signal of specific frequency from the environment with competing noise

    說明山弱噪聲引起的耳蝸隨機共振在_ _仁行傳入過程中可能激活了至所一記錄的jc神經元的gaba能抑制性神經迴路,這種gaba能抑制為銳化神經元頻率調諧提供了一種抑制性輸入,使ic神經元對靠近最佳頻率的頻率分析變得更為細致和精確,由於聲頻率是聲信號的重要參數和信息載體,頻率調諧的銳化意味著對聲頻率分析能力增強,從而為解釋人們為什麼能從充滿噪聲的環境中捕捉或提取與行為學相關的信號提供了一種細胞水平的實驗證據。
  19. In other words, recorded or live messages, noise, music can be directed at an individual and, through the nerves, the signal will be carried ( involuntarily ) to the brain, bypassing the inner ear, the cochlea, and the 8th cranial nerve

    換句話說,紀錄或活體的信息,噪音,音樂能被直接傳到個人和通過神經系統,信號將被傳輸(不知不覺地)到大腦,通過內耳,耳蝸,和第8腦神經。
  20. The effect of shock wave exposure on cochlea vascular stria micran gium permeability in guinea pig of various age groups and its relationship with hearing thresh old

    沖擊波暴露后不同年齡豚鼠耳蝸微血管滲透性的改變及與聽閾的關系
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