耳蜗

ěr wō
  • cochlea;acoustic labyrinth
耳蜗耳蜗
耳蜗 [ěr wō]
  • [cochlea] 内耳骨迷路的一部分,形如蜗牛壳,主要由缠绕骨性中轴约两圈半的蜗螺旋状骨管组成,具有感音、传音和初步分析声音的功能

耳蜗[ěr wō]
  1. 然后,这些骨头将声音振动传递到耳蜗,耳蜗刺激神经轴突,将听觉信号发送到大脑。

    These bones then transmit the sound vibrations6 to the cochlea , which stimulates7 nerve axons that send the auditory signal to the brain .

  2. 采用基于阈值区间的三维水平集(levelset)分割算法对耳蜗进行细分割。

    Then the threshold-based 3D level set algorithm was used to separate the cochlea from other anatomic structures .

  3. CT扫描在人工耳蜗植入中的价值

    The value of CT in artificial cochlear implant

  4. 人工耳蜗植入术前CT评估

    CT evaluation of preoperative cochlear implantation cochlear implantation

  5. 基于DSP的电子耳蜗语音处理器的研制

    The Development of Speech Processor in Cochlear Implant Based on DSP

  6. 目的了解CT、MRI在耳蜗植入前的作用。

    Objective To evaluate the role of CT and MRI before cochlear implantation .

  7. 大鼠单侧耳蜗损毁后下丘r氨基丁酸和谷氨酸变化

    The changes of GABA and Glu in rat inferior colliculus after unilateral cochlear ablation

  8. Nucleus人工耳蜗电极阻抗测试的研究

    Study on test of electrode impedances of Nucleus ′ cochlear implant

  9. 语后聋Nucleus人工耳蜗使用者的声调识别

    Tone recognition in post-lingual deafened Nucleus cochlear recipients Pure word deafness

  10. CT、MRI在耳蜗植入前的应用

    The value of imaging before cochlear implantation

  11. 术后常规行耳蜗位摄影,3例术后行CT扫描。

    Cochlear view radiography was routinely made after surgery . Postoperative CT scanning was done in 3 cases .

  12. 结论经鼓室给药的DSP原位凝胶对耳蜗具有明显的定位释药作用和缓释效果。

    Conclusion DSP thermosensitive in situ gel following IT has significant cochlea-oriented and sustained-release effect .

  13. 结论:NFκB与TNFα共同参与了耳蜗缺血再灌注损伤。

    CONCLUSION : The NF κ B and TNF α are involved in the ischemia reperfusion injury .

  14. SA脂质体介导报告基因转染耳蜗的实验研究

    Experimental study of transfection of cochlea by SA liposome mediated reporter gene

  15. 在耳蜗中,ATP的生理性来源是非常广泛的。

    The physiologic source of ATP in the organ of Corti remains open .

  16. Caspase-3在老年豚鼠耳蜗螺旋神经节细胞的表达

    Expression of Caspase-3 in the cochlea of old aged guinea pigs

  17. 另一例系由不明原因引起双侧重度感音神经性聋,人工耳蜗植入术前CT扫描示双侧迷路骨质正常但术中发现仅一侧迷路正常而另一侧完全骨化。

    One was caused by temporal bone fracture , the other had bilateral profound sensorineural hearing loss but the reason for labyrinthine ossification was unknown .

  18. 豚鼠顺铂中毒后耳蜗毛细胞的凋亡检测及Caspase-3的表达

    Apoptosis and Expression of Caspase-3 in Cochlea Hair Cell after Cisplatin Toxicity

  19. 微渗透压泵耳蜗灌注bFGF对庆大霉素所致豚鼠耳毒的拮抗作用

    The anti-ototoxic effect of bFGF perfusion to cochlea with micro-osmotic pump in guinea pig

  20. 在耳蜗中,ATP(三磷酸腺苷)作为神经递质或调质,其作用是比较复杂的。

    As a neurotransmitter or neuromodulator in the cochlea , ATP has it 's complicated effects .

  21. 电子耳蜗CIS方案与特征提取相组合的语音处理方法

    Speech Processing Algorithm with Combination of CIS Strategy for Cochlear Implants and Feature Extraction

  22. 电子耳蜗CIS算法听觉仿真模型语音合成方法的改进

    An Improvement of Speech Synthesis in Acoustic Simulation Model of Cochlear Implants with CIS Strategy

  23. 家鸽(Pigeon)耳蜗主核的定位&HRP顺行追踪法的研究

    The location of nucleus cochlea in pigeon & a HRP anterograde tracing study

  24. 大鼠耳蜗及下丘GABAA受体生后表达规律的实验研究

    Expression of GABA_A Receptors Subunits in the Cochleas and Inferior Colliculus in the Postnatal Rats

  25. 一种基于MSP430的电子耳蜗接收刺激器设计

    Design of cochlear implant stimulator based on MSP430

  26. 结论:5-HT能减少耳蜗供血,导致耳蜗微循环紊乱。

    Conclusion : 5 HT could decrease the cochlear blood flow and result in cochlear microcirculation dysfunction .

  27. TUNEL与碘化丙啶双染检测耳蜗毛细胞的损伤

    Identification of damaged hair cells in the cochlea by double staining with TUNEL and propidium iodide

  28. 目的观察速尿对豚鼠耳蜗微音器电位(CM)和听神经动作电位(AP)的影响。

    Objective : To observe the effect of furosemide on the cochlear microphonic potential ( CM ) and auditory nerve potential ( AP ) .

  29. 结论:老年性大鼠耳蜗中BDNF的表达与老年性大鼠耳聋的发病机制可能密切相关。

    Conclusion : The expression of BDNF is closely correlated to presbycusis in the aged rats .

  30. 豚鼠耳蜗核SP阳性神经元向下丘的投射-HRP逆行追踪与免疫组化双标

    Projection of substance P positive neurons from cochlear neucleus to inferior colliculus : Retrograde tracing of HRP and immunohistochemical double-labeled technique