1. Red blood cells in CSF can reach perilymphatic space through the cochlear canal, and widely distributed in scalae tympani. 脑脊液中的红细胞可以通过耳蜗管到达淋巴管间隙，并广泛分布在鼓膜中。 来自互联网
2. Now I have a cochlear implant in each ear. 现在，我每只耳朵里都植入了一个耳蜗。 来自互联网
3. It has been tested on patients needing cochlear implants. 它被应用于需要耳蜗植入的患者来进行检验。 来自互联网
4. Sharpen auditory sensitivity and promote cochlear ear function. 提高听觉系统的灵敏性。 来自互联网
5. Cochlear preparation indicated the out hair cells were impaired. 耳蜗铺片显示外毛细胞大部分受损。 来自互联网
6. Humans are born with 30, 000 cochlear and vestibular hair cells per ear. 人类每只耳朵有3万耳蜗毛细胞和前庭毛细胞。 来自互联网
7. Objective To determine a perfect model for cochlear oxidative damage. 目的确定一个理想的耳蜗氧化损伤模型。 来自互联网
8. Objective To explore the nursing for artificial cochlear implantation. 目的探讨人工耳蜗植入术的护理。 来自互联网
9. Objective: to investigate the clinical features in cochlear otosclerosis. 目的：探讨耳蜗性耳硬化症的临床特点。 来自互联网
10. They thought that a low hum might straighten out those bent cochlear hairs. 她们认为，一种低音或许可以使那些呈弯曲状态的纤毛恢复直立状态。 来自互联网
11. This may seem steep, says Dr Greenberg, but it's similar to what the first cochlear implants cost. 这看来是过高的，格林伯格博士说，这与第一个耳蜗植入设备的价格相差无几。 来自互联网
12. Objective To explore the effects of direct current on vibration of cochlear basilar membrane. 目的探讨外加直流电流后对耳蜗基底膜振动的影响。 来自互联网
13. Objective To discuss the role of behavioral hearing assessment in cochlear implant for children. 目的探讨小儿行为听力测试在人工耳蜗植入中的作用。 来自互联网
14. CONCLUSION: Xingding can inhibit damage of gentamycin from cochlear hair cell during early period. 结论：杏丁在早期可有效拮抗庆大霉素对耳蜗毛细胞的损害。 来自互联网
15. Speech recognition ability of cochlear implant patients are influenced by speech encoding strategy. 言语编码策略影响着患者的言语识别能力。 来自互联网
16. The cerebellum also received direct projections from the cochlear nucleus and superior olivary complex. 小脑也接受直接来自蜗核和上橄榄复合体的传入投射。 来自互联网
17. Objective: To probe the significance of the preparation and rehabilitation training for cochlear implanted children. 目的：探讨人工耳蜗植入术前准备和术后康复训练的意义。 来自互联网
18. Objective To investigate the changes in electrode impedance and the clinical significance in cochlear implant users. 目的研究人工耳蜗植入以后电极阻抗的变化规律及其临床意义。 来自互联网
19. METHODS: The threshold and comfortable level of 236 patients using different artificial cochlear system were analyzed. 方法：对使用不同人工耳蜗系统患者236例的阈值、舒适阈进行分析。 来自互联网
20. Objective: to observe the effect of furosemide on the cochlear microphonic potential (CM) and auditory nerve potential (AP). 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。 来自互联网
21. Some electronic circuits have also made their way into the bodies of people in the form of heart pacemakers and cochlear implants. 电路也广泛应用于人体，比如心脏起搏器，人工耳蜗装置。 来自互联网
22. Artificial hearts, kidneys (albeit outside the body), and ears (cochlear implants) are all in widespread medical use — but not eyes. 人造心脏，人造肾脏(虽然是在体外使用)人造耳朵(主要是植入耳蜗)都已经在医学方面被广泛应用，唯独人造眼睛没有。 来自互联网
23. The Argus I, Second Sight's first experimental prototype, actually used a signal processor originally designed for cochlear implants. 阿尔戈斯一号，第二视力公司的第一个试验雏形，实际上用的是一个原本是为耳蜗植入设备设计的信号处理器。 来自互联网
24. Objective To explore the problems associated with cochlear implant in patients with inner ear malformations or cochlear ossification. 目的探讨先天性内耳畸形与耳蜗骨化患者耳蜗植入术的有关问题。 来自互联网
25. Further, transplanted cells that migrated to the damaged area of the inner ear displayed shape similar to that of cochlear fibrocytes. 进一步，迁移至内耳受损区域的移植干细胞表现出与耳蜗纤维细胞相似的形状。 来自互联网
26. In 2004, Mr. Huffman had a magnet surgically inserted into his fingertip to study the utility of cochlear implants for the hearing-impaired. 2004年，Huffman先生将一块磁铁外科手术般地植入他的指尖里，来学习了解对于耳障患者人工耳蜗植入技术的应用。 来自互联网
27. But as cochlear implants have shown, the technology that first reaches the market is very different from what is available 20 years later. 但是，就像耳蜗植入设备一样，刚刚推向市场的技术和20年后被广泛使用的技术是完全不同的。 来自互联网
28. Conclusions :The radiation injuries of hair cells and nerve endings on cochlear and vestibular organs were the reason for their dysfunction. 结论：放射线对耳蜗和前庭毛细胞和神经末稍的损伤是造成其功能障碍的主要原因； 来自互联网
29. This was a huge number for me up until 2 weeks ago Besides the 100 billion neurons in the brain. There are 12-15 thousand cochlear hair cells. 直到两周前，这对我来说还是个庞大的数字，除了这一兆亿个神经元外，还有12,000到15,000个毛细胞。 来自互联网
30. A deep inner-ear hearing device called a cochlear implant typically has been used only for people who are born deaf or those with severe hearing loss. 还有一种称为“人工耳蜗”的设备，它需要被植入内耳深处，通常用于天生耳聋，或听力严重丧失的人。 来自互联网
