cochlea
cochlea
1. To examine the change of HSP70 with techniques of Immunohistochemistry in order to study the heat shock response on the cochlea of guinea pig with gentamicin ototoxicity. 3.
2. 以免疫组化的方法检测热休克蛋白70（HSP70）的变化，探讨热休克反应在庆大霉素耳中毒中的意义。
2. There were 3 specimens(3/40, 7.5%) whose base ring of cochlea extensed into internal acoustic meatus(IAM).
40侧标本中有3侧(7.5%)耳蜗底周突入到内听道(internal acoustic meatus，IAM)内。
3. Study of the action of 9370MHz microwave on cochlea microcirculation
9370兆赫微波与耳蜗微循环的研究
4. From fundus of IAM to base ring of cochlea, there was, a distance of 1.43 ? 0.50 (-0.11-1.92)mm.
IAM底到耳蜗底周的距离为1.43±0.50(-0.11-1.92)mm。
5. The L-arginine may decrease ABR threshold and alleviate outer hair cells injury, which has preventive effect to the cochlea of guinea pigs.
L-精氨酸治疗能降低ABR阈值，减少外毛细胞损害，对耳蜗有保护作用。
6. Identification of damaged hair cells in the cochlea by double staining with TUNEL and propidium iodide
TUNEL与碘化丙啶双染检测耳蜗毛细胞的损伤
7. VRT provided an intuitionistic view of the relationship between electrode array and cochlea.
VRT图像显示，电极在耳蜗内呈螺旋状走行，与耳蜗走行一致。
8. Keywords Nitric oxide/ pharmacol;Gentamicin/ pois;Cochlea /drug eff;
一氧化氮/药理学;庆大霉素/毒性;耳蜗/药物作用;
9. Expression of NOS in the Cochlea of Mouse
一氧化氮合酶在小鼠耳蜗的表达
10. EXPRESSION OF NITRIC OXIDE SYNTHASE IN COCHLEA OF GUINEA PIG
一氧化氮合酶在豚鼠耳蜗的定位表达
11. They are thought to be produced by the motion of hair cells within the outer part of the cochlea.
一般认为，这种声音来自位于耳蜗外面部分的听毛细胞的运动。
12. Comparison of three methods for detecting the death modes of hair cells in the cochlea
三种检测耳蜗毛细胞死亡模式方法的比较
13. Narrow-band Level Set and Visualization Technology for Cochlea Segmentation
与可视化技术在耳蜗分割中的应用
14. Keywords injectio salvia miltiorrhiza;gentamicin;nitric oxide synthase;cochlea;
丹参注射液;庆大霉素;一氧化氮合酶;耳蜗;
15. Keywords salvia miltiorrhizae injection;gentamicin;cochlea;guinea pig;
丹参注射液;庆大霉素;耳蜗;豚鼠;
16. This spiral shaped organ contains the macula itself and it is called organ of Corti after its discoverer.If you have ever seen a snail shell， you know how a cochlea looks.
举个例子，有一种蝌蚪能感知它所游泳之处水的深度，它是通过某种自己肺部产生的声音的音调来判定的。
17. THE ANTI-OTOTOXIC EFFECT OF IMINOETHYL-LYSINE ON GUINEA PIG's COCHLEA DAMAGED BY GENTAMICIN
亚氨乙基赖氨酸对庆大霉素所致豚鼠耳蜗损伤的拮抗作用
18. The experimental study of the anti-damage effect of irminoethyl-lysine on noise-induced cochlea damage in guinea pig
亚氨乙基赖氨酸拮抗噪声损伤豚鼠听力的实验研究
19. Keywords Artificial cochlea Implantation Nursing;
人工耳蜗;植入术;护理;
20. The effect of paterfamilias'mentality on deaf children's rehabilitation after cochlea implant
人工耳蜗术后家长心理对聋儿康复效果的影响
21. His lab is also busy studying the ability of birds to regenerate the tiny hair cells in the cochlea.
他的实验室也忙着研究鸟类耳蜗微绒毛细胞的再生能力。
22. Located in the fluid-filled part of the inner ear called the cochlea, these outer hair cells sport tufts of hair-like cilia that project into the fluid.
位于内耳内充满液体被称作耳蜗的部分内，外毛细胞运动其投射入液体内的毛状纤毛丛。
23. As the most important organs of speech and hearing production, the vocal fold and cochlea are the main objects in the study of speech and hearing system.
作为语音产生的发声器官声带和做为听觉系统最重要组成部分的耳蜗，都是语音听觉系统研究的主要对象。
24. Keywords NT3;cloning;molecular;cochlea;mice;
克隆;分子;耳蜗;小鼠;
25. Keywords Outer hair cells;Stereocilia;Cochlea;Echolocation;Bat;
关键词外毛细胞;静纤毛;耳蜗;回声定位;蝙蝠;
26. Keywords Hair cells;Glutamic acid;Ion transport;Cochlea;Guinea pig;
关键词毛细胞;谷氨酸;离子转运;耳蜗;豚鼠;
27. Keywords Aquaporin;Guinea pig;Cochlea;Endolymphatic sac;
关键词水通道蛋白;豚鼠;耳蜗;内淋巴囊;
28. the vestibule of the inner ear leading into the cochlea
内耳前庭导向耳蜗
29. The inner ear (cochlea) analyzes the sound wave and provides the brain with detailed information on the different sounds.
内耳（耳蜗）分析声波并将不同声音的详细信息提供给大脑。
30. Keywords blast underpressure;trauma;cochlea;histopathology;guinea pig;
冲击波负压;创伤;耳蜗;组织病理学;豚鼠;
31. Keywords blast underpressure;cell nucleus;hair cell;cochlea;trauma;guinea pig;
冲击波负压;细胞核;毛细胞;耳蜗;创伤;豚鼠;
32. Histological Observation on Development of Cochlea in Newbom Syrian Hamster
初生金仓鼠蜗管发育的组织学观察
33. An experimental study on the effeot of Lidocaine to the blood flow in the cochlea of guinea pigs
利多卡因对耳蜗血流量影响的研究
34. The Regeneration of Hair Cell Nerve Connection in Bird Cochlea following kanamycin ototoxicity
卡那霉素耳中毒后鸡基底乳头毛细胞神经连接再生
35. Hair Cell Damage and Regcneration in the Quail Cochlea Following Kanamycin Ototoxicity
卡那霉素耳中毒后鹌鹑耳蜗毛细胞损伤与再生的观察
36. Carboplatin-induced injury patterns of inner hair cells missing in chinchilla cochlea
卡铂引起的灰鼠耳蜗内毛细胞缺损模式
37. Also known as the artificial cochlea, electronic cochlea.
又称人造耳蜗、电子耳蜗。
38. Second half emphasizes molecular approaches to function and dysfunction of the cochlea, and is based on readings and discussion of research literature.
后半段则著重于以分子层面来研究耳蜗的正常运作与功能异常，并以研究文献的阅读与讨论为主。
39. Keywords Hearing loss;Noise-induced;Cochlea;Microcirculation;
听觉丧失;噪声性;耳蜗;微循环;
40. Keywords Noise;Rats;Cochlea;Animals;Laboratory;
噪声;大鼠;耳蜗;动物;实验;
41. The effect of noise exposure on the expression of NOSmRNA in the cochlea
噪声刺激对耳蜗一氧化氮合酶的影响
42. Effects of noise on antioxidant enzymes of cochlea in guinea pigs
噪声对豚鼠耳蜗抗氧化酶防御体系的影响
43. Noise-induced hearing loss and cochlea neurotransmitters: recent progress
噪声性听损失与耳蜗内神经递质改变的研究进展
44. Cell respiration inhibitor(amytal)was used to reduce the backgroundcolor in the cochlea in order to remove false positive to a minimum.
在孵育液中加入细胞呼吸抑制剂(阿密妥),可使耳蜗背景色变淡,从而减少假阳性现象。
45. In the present study, gradients of gentamicin along the cochlea were measured.
在目前的研究之中，可以测量庆大霉素沿着耳蜗的浓度梯度分布。
46. At the role of centrifugal force, the liquid was thrown from the impeller center and outer edge of the energy leaving the impeller at high speed into the outer pump shell-shaped cochlea.
在离心力的作用下，液体从叶轮中心被抛向外缘并获得能量，以高速离开叶轮外缘进入蜗形泵壳。
47. Threshold-based level set algorithm for cochlea segmentation
基于阈值区间的水平集算法在耳蜗分割中的应用
48. Keywords Na;K-ATPase;Gene;Cochlea;Ion channel;Presbycusis;
基因;耳蜗;离子通道;老年性聋;
49. Keywords Perilymphatic fistula;Cochlea;Morphological;Guinea pig;
外淋巴瘘;耳蜗;组织学观察;豚鼠;
50. Keywords Rats;Cochlea;Myelin P0 Protein;
大鼠;耳蜗;髓磷脂P0蛋白质;
51. Distribution and Expression of NOS in Rat Cochlea
大鼠耳蜗一氧化氮合酶的分布和表达
52. The comparative study of morphology of cochlea ganglions of chicken embryos hatched in the space
太空和地面环境发育鸡胚的耳蜗神经节神经元形态比较
53. The loss of these minute hairs in the cochlea, or the nerves that control them, is the most common cause of deafness, and mammals are unable to regenerate them.
失去长在耳蜗中的绒毛或控制这些绒毛的神经是耳聋最常见的原因，哺乳动物都不能重新长出这种绒毛。
54. How to design artificial cochlea with anti-noise performance is an important subject in auditory study and clinical field.
如何设计出具有抗噪性能的人工耳蜗产品，是当前听觉研究和临床领域所面临的一个重要问题。
55. If you have ever seen a snail shell, you know how a cochlea looks.
如果你看到过蜗牛的壳，你就知道耳蜗的形象了。
56. It was found that CNTF was capable of reducing ototoxicity of gentamicin in guinea pigs, thus protecting hair cells of cochlea and auditory nerves.
实验结果表明，睫状神经营养因子能减轻庆大霉素对耳蜗及听神经的损害，具有保护听觉功能的作用。
57. In the human and all other mammals, the macula has developed into an organ which can easily be seen. This organ is called the cochlea.
对于人类和其他所有哺乳类动物来说，MACULAE已经进化成为一种很容易看见的器官，这种器官称作“耳蜗”。
58. In the human and all other mammals， the macula has developed into an organ which can easily be seen.This organ is called the cochlea.
对于人类和其他所有哺乳类动物来说，斑疹已经进化成为一种很轻易看见的器官，这种器官称作耳蜗。
59. Technique of mice Cochlea Corti’s organ external cultivation is a better way to study ototoxicitic drugs.
小鼠耳蜗螺旋器离体培养技术是一种较好的研究耳毒性药物的方法。
60. Hair cell regeneration in the chick cochlea following gentamycin ototoxicity
庆大霉素中毒后小鸡耳蜗毛细胞的再生研究
61. Influence of Gentamycin Electrophysiological Properties on Murine Cochlea Spiral Ganglion Neurons
庆大霉素对小鼠螺旋神经节神经元电生理特性的影响
62. Direct evidence of gentamycin induced free radicals increase in cochlea
庆大霉素引起内耳组织自由基增加的直接证据
63. NOISE-INDUCED MORPHOLOGIC CHANGES IN THE HAIR CELL NUCLEUS OF THE GUINEA PIG COCHLEA
强噪声引起的耳蜗毛细胞核形态学变化
64. We hear when the cochlea, in the inner ear, stimulates the auditory nerve.
当内耳中的耳蜗刺激听神经时，我们便可以听见声音。
65. 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.
当在显微镜下使用传统外科钻头手术时，通常容易穿破表面柔韧的骨组织和耳蜗交界面突出的内耳膜。
66. When sound waves enter the cochlea, which is really a coiled around.They set a membrane into a back forth motion and cause a new wave.
当声波进入耳蜗这条盘旋的管道，它令薄膜前后移动并且产生新的波动。
67. Nursing Care in the Transplant Surgery of Mini System 22 Cochlea
微型系统22型人工耳蜗植入术的手术护理
68. Observation of Acute Radiation Injury to Cochlea by Scanning Electron Microscope
急性放射性损伤豚鼠耳蜗扫描电镜观察
69. Effects of exposure to acute hypoxia on expression of heat shock protein 90 in cochlea of guinea pig
急性缺氧暴露对豚鼠耳蜗热休克蛋白90表达的影响
70. Keywords antioxidant;hearing loss;cochlea;impulse noise;
抗氧化剂;听力损害;耳蜗;脉冲噪声;
71. 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.
换句话说，纪录或活体的信息，噪音，音乐能被直接传到个人和通过神经系统，信号将被传输（不知不觉地）到大脑，通过内耳，耳蜗，和第8脑神经。
72. The damage rate that conjectural berpes zoster influences to inner ear and cochlea has difference, to inner ear, cochlear damage is heavier.
推测带状疱疹对迷路和耳蜗感染的受损程度有差异，对内耳来说，耳蜗受损较重。
73. Description: This Neurophone incorporates an electronic circuit duplicating the encoding of the Cochlea and 8th cranial nerve themselves.
描述：这个脑听器包含了一个电子电路复制他们自己的耳蜗的编码，第8脑神经。
74. Abstract : Objective To set up a reliable method for isolating and culturing cochlea microvascular endothelial cells.
提 要: 目的 建立稳定可靠的耳蜗微血管内皮细胞分离培养方法。
75. Abstract ：A passive long wave cochlea model is applied to extract audial feature of naval vessel radiation noise.
摘 要 ：为提取舰船噪声听觉特征，应用被动长波模型对舰船噪声进行了分析，得到噪声信号的二维时空分布。
76. Abstract： Airr: To explore elementary character of micro-vasomotion in cochlea and the effect of endothelium-derived relax-ing factor(EDRF/NO) on micro-vasomotion.
摘 要： 目的：探讨豚鼠耳蜗微血管运动的基本特征及内皮依赖性舒张因子对豚鼠耳蜗微血管自律运动的影响。
77. Abstract: Objective The macula lagena in birds is located at the apical end of the cochlea and contains many tiny otoliths.
摘要：目的 鸟类瓶状囊器官位于耳蜗的顶端，含有耳石并有神经支配，但其功能尚不清楚。
78. Abstract: Objective To establish a practical model for Wistar rat cochlea organ cultivated in vitro and observe the effect of hypoxia on the inner hair cells （IHC） and outer hair cells （OHC）.
文章摘要: 目的：建立耳蜗器官体外培养模型,观察缺氧对体外培养耳蜗内毛细胞（IHC）及外毛细胞（OHC）的影响。
79. Regeneration of Hair cells in newborn rat cochlea
新生鼠耳蜗毛细胞再生
80. Methods Using modified method of Evan's blue fluorescence, the changes of permeability of blood labyrinth barrier were observed in the animal model of cochlea microcirculatory disorders which was induced by photochemical reaction.
方法 采用光化学法建立豚鼠耳蜗微循障碍动物模型 ,改良伊文蓝荧光法定量检测其血迷路屏障通透性变化特点。
