1. The word cochlea reflects their resemblance to snail shells.

2. The central, conical, bony core of the cochlea.

3. Then whether injuried hair cells of cochlea have the ability to repair needs to study.

4. CONCLUSION EOAE can access the function of cochlea(outer hair cells)of AN patients. Phenomenon of dissection ear was found in some AN patients.

5. Cochlea is spiral - shaped part of the inner ear.

6. We hear when the cochlea, in the inner ear, stimulates the auditory nerve.

7. The nerve cells of the cochlea then die and permanent deafness results.

8. BACKGROUND: Speech coding program of artificial cochlea in China is based on foreign language features. So its tone recognition is not favorable.

9. Objective To investigate the cochlea toxicity radix panacis quinquefolii by animal experiment.

10. Cochlea implant is successfully implanted in 37 cases of 228 deaf - mute infants tested with the device.

11. Technique of mice Cochlea Corti 's organ external cultivation is a better way to study ototoxicity drugs.

12. Aim:To explore elementary character of micro vasomotion in cochlea and the effect of endothelium derived relaxing factor(EDRF/NO) on micro vasomotion.

13. Then, whether mammalia animal cochlea hair cells possess regenerative ability after being destroyed is disputed.

14. Methods Cochlea stria was separated by micrergy from guinea pigs and the stria tissue nubbles were cultured in vitro.

15. Aim To investigate whether Antioxidant N-L-acetylcysteine (NAC) can protect the cochlea from impulse noise trauma.

16. The effects of streptomycin on ionic currents in outer hair cells isolated from the cochlea of guinea pig were investigated using a whole-cell recording patch-clamp technique.

17. Objective To investigate the distribution of heat shock protein 27(HSP27) in the basilar membrane of rat cochlea.

18. Objective To explore the regeneration of hair cell nerve connection in bird cochlea following kanamycin ototoxicity.

19. In the present study, gradients of gentamicin along the cochlea were measured.

20. Methods After shock wave exposure, different groups of guinea pigs were studied by cochlea basilar membrane stretched preparation technique and auditory brainstem response(ABR).

21. Objective To discuss the nursing relevant question during transplanting multi-channel artificial cochlea for children with profound sensorineural hearing loss.

22. Results The sigmoid sinus, internal auditory porus, jugular porus, cochlea, petrous ridge and the most posterior point of the posterior semicircular canal could be markers of surgery.

23. The pathological entity of the disease is hydrocele of the membranous labyrinthine of the cochlea.

24. ObjectiveTo explore audition and speech training methods for artificial cochlea implantation children and evaluate its effect.

25. Airr: To explore elementary character of micro- vasomotion in cochlea and the effect of endothelium-derived relaxing factor(EDRF/NO) on micro- vasomotion .

26. By colloidal lanthanum tracing and transmisson electron microscopy technique, alteration of cochlea was observed.

27. Measure the audition threshold change of the brain stem audition area evoked potential; and the content of the glucose and pyruvic acid in the cochlea were measured after the end of treatment.

28. Conclusion The earlier performance of acoustic neuroma is the abnormal function of cochlea and forecourt.

29. Method: One case was treated by supra labyrinth approach . 8 cases did by labyrinth cochlea approach.

30. The response in inferior colliculus to low frequency electrical stimulation in cochlea showed phase locking.

31. Sound preconditioning may exert protective effect on hearing by decreasing MDA level in the cochlea.

32. As the result of nonlinear dynamics mechanism of cochlea, Otoacoustic emissions (OAEs) is the energy leak of the nonlinear biological organ of outer hair cells in the process of amplifying.

33. 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).

34. In addition on the cochlea basilar membrane's structure possibly exists locks on the other side the mechanism on own initiative(/cochlea.html), this possibly has the spontaneous ear sound launch mechanism.

35. The larger is the output power of laser, the shorter is the irradiative time of impairment ear bone and cochlea.

36. Objective To observe the morphological features of the normal and anomalous stereocilia of cochlea hair cells.

37. The oxytocin antagonism to the ototoxic effects of kanamycin was studied by means of electrophysiological method and surface preparation technique of the cochlea.

38. Conclusion:VIP not only contributes to regulate the cochlea microcirculation, but also acts as the neurotransmitter in the pathway of the auditory system.

39. Outer hair cells and the stereocilia are arranged not regular, There were less stereocilia missing at top turn and basal turn of cochlea.

40. Conclusion Radix panacis quinquefolii isn't evidence cochlea toxicity for guinea pig.

41. 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.

42. Objective To set up a reliable method for isolating and culturing cochlea microvascular endothelial cells.

43. Objective: To modify the technique of surface preparation of cochlea and staining for hair cell examination.

44. Conclusion the radiological results of the inner ear fluid of MRI can be an effective tool to help identify the membranous labyrinth of cochlea in the case of cochlear implantation.

45. Conclusion Both bFGF and FGFR 2 may effect on cochlea and oppose to gentamycin.

46. All of them have surgically inserted cochlear implants which bypass the damaged organ of hearing (the cochlea) and directly stimulate the auditory nerve, producing a sensation of hearing.

47. Stria vascularis of the cochlea generates the endocochlear potential(EP) and secretes potassium into endolymph.

48. The inner ear consists of a bony labyrinth that has two parts: the cochlea, which enables us to hear, and the vestibular labyrinth, which enables us to keep our balance.

49. The function of the speech processor lies in dealing with speech signal and producing the pulse which electrodes need to stimulate cochlea.

50. Methods Cochlea stria was separated by micrergy and the stria tissue nubbles were cultured in vitro.

51. Objective To probe role of MRI in diagnosing malformation of internal-ear membranous labyrinth, as well as in pre-operation assessment for artificial cochlea implantation.