cochlear implant

cochlear implant 基本解释

网络  人工耳蜗; 耳蜗植入物; 耳蜗埋植; 人工植入部份; 耳蜗植入

医学

重点词汇

• implantvt. 深植, 灌输, 嵌入 n. 植入物, 植入管
• cochleara. 耳蜗的 [医] 耳蜗的

cochlear implant 双语例句

1. 1、 cochlear implant in patients with congenital malformation of the inner ear
   先天性内耳畸形患者人工耳蜗植入的临床体会
2. 2、 Objective To investigate the effect of contralateral hearing aid on performance of cochlear implant user.
   目的探讨人工耳蜗植入者对侧耳佩戴助听器的意义和作用。
3. 3、 With the improvement of early prevention for hearing-impaired children in recent years, more and more young children got the cochlear implant.
   随着我国“聋儿早期康复教育观念”的逐步深入，近几年，小龄人工耳蜗植入者越来越多。
4. 4、 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。
5. 5、 The Study on Economy Factor of Rehabilitation Efficacy of Deafened Children with cochlear implant
   人工耳蜗植入术后听力康复效果、相关经济因素的研究
6. 6、 If the trial is successful, the new device may be available commercially by2009, priced around$ 30,000-similar to a cochlear implant, Humayun says.
   如果试验成功，也许在2009年新型仿生眼就能够商业运营，价格大约在3万美元&与一个植入式耳蜗相似，Humayun说。
7. 7、 Design of a Dual-mode cochlear implant System and Its Low Power Digital Signal Processor
   一种双模人工耳蜗系统及其低功耗数字信号处理器的设计
8. 8、 Research of the effect of cochlear implant and hearing aid on voice quality of hearing impaired children
   人工耳蜗与助听器对听障儿童嗓音音质的影响研究
9. 9、 Expert says, cochlear implant is the only effective way to treat both congenital and acquired severe deafness.
   专家表示，植入人工耳蜗是目前治疗先天性和后天性重度耳聋的唯一有效方法。
10. 10、 Design of cochlear implant stimulator based on MSP430
    一种基于MSP430的电子耳蜗接收刺激器设计
11. 11、 Signal Processing Strategies for Enhancement Auditory Perception in cochlear implant
    增强电子耳蜗听感知的处理策略研究
12. 12、 In synchronized swimming competitions, the use of accessory equipment, goggles or additional clothing is not permitted, nose clips may be worn. Receiving a cochlear implant to restore hearing dramatically increases the risk of developing bacterial meningi
    在花泳比赛中，不允许穿戴助泳设备如护目镜或其他增加浮力的泳衣，但可以戴鼻夹。美国研究人员通知道，通过佩戴助听器来恢复听力，那样可能会导致细菌性脑膜炎。
13. 13、 The depth of PTC affects the procedure for cochlear implant surgery via mastoid process-facial recess approach.
    后鼓室的深浅对该进路的人工耳蜗植入手术的难易程度有重要影响；
14. 14、 Design of COTS based speech signal processor for cochlear implant
    基于COTS的人工耳蜗体外语音处理器设计与实现
15. 15、 The Pre-attentive Processes of Chinese Tones Transmitted by cochlear implant Users and Normal Hearing Subjects
    人工耳蜗植入者和正常听力者对汉语声调的前注意加工
16. 16、 Enhancing Chinese Speech Recognition for cochlear implant Users by Using Hearing Aid in the Contralateral Ear
    联合使用助听器和增强电子耳蜗的使用者的中文语音识别
17. 17、 Receiving a cochlear implant to restore hearing dramatically increases the risk of developing bacterial meningitis, US researchers have warned.
    美国研究人员通知道，通过佩戴助听器来恢复听力，那样可能会导致细菌性脑膜炎。
18. 18、 The Role of Plain X-Ray Aiding cochlear implant the angle ( at a particular location) between magnetic north and true north.
    X线平片对人工耳蜗植入电极位置判定的意义（特殊位置上的）磁北与真北之间的夹角。
19. 19、 With cochlear implant surgery and follow-up rehabilitation, people who are adventitiously deaf now have the opportunity to have some level of hearing restored.
    藉由耳蜗移植手术及随后的康复，偶发性耳聋现在有机会获得某种程度的听力恢复。
20. 20、 Influential factors of auditory rehabilitation after cochlear implant Effect of Contralateral Hearing Aid for on Performance of cochlear implant User
    影响人工耳蜗置入后听力改善的因素人工耳蜗植入者对侧耳佩戴助听器的效果评价
21. 21、 Objective The present study investigated Chinese speech recognition in speech-shaped noise using an acoustic simulation of a cochlear implant ( CI) in conjunction with a hearing aid ( HA).
    目的使用电子耳蜗与助听器联合的声学模拟考察在语音成形噪声中的中文语音识别。
22. 22、 EABR is an effective method to evaluate the auditory function of cochlear implant patients objectively.
    电诱发听觉脑干反应是对人工耳蜗植入者听功能进行客观评价的有效方法。
23. 23、 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。
24. 24、 Objective To observe voice characteristic of pre-lingual cochlear implant adults for cochlear implantation and phoniatrics.
    目的观察成人语前聋人工耳蜗植入者嗓音的特点，为这类患者的植入及嗓音矫治提供依据。
25. 25、 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。
26. 26、 Design and Clinical Application of the cochlear implant
    耳蜗植入的设计、实验研究与临床应用
27. 27、 Conclusion cochlear implant provides significant benefit in tone recognition for children with profound hearing loss.
    结论不同的听觉干预手段对聋儿声调识别能力有影响，人工耳蜗对重度或极重度听力损失的儿童较助听器有更好的声调识别能力。
28. 28、 A cochlear implant system mainly include speech processor and planted electrode.
    人工电子耳蜗系统主要包括语音处理器和植入电极。
29. 29、 Conclusion: It was an economic, convenient, objective and worthy method to evaluate the cochlear implant.
    结论：使用X-平片与CR对人工耳蜗植入手术效果与术后康复效果进行评价，是一经济、简便、直观、有价值的方法。
30. 30、 OBJECTIVE: Pitch processing is thought to be limited in cochlear implant children.
    研究目的：人工耳蜗儿童在音调处理方面存在一定的异常。