1. Surgical correction of the tympanic membrane.

2. The tympanic membrane is bulging.

3. Distorted or erythematous tympanic membranes suggest otitis media.

4. Tympanic center leaves the alveolus of one desiccate.

5. At last the uncertainty are evaluated tympanic thermometer calibration.

6. Dehiscence of the tympanic segment of the facial nerve.

6. try its best to collect and create good sentences.

7. Moreover most outside is the tympanic membrane.

8. The tympanic exploration is necessary to be included in tympanoplasty.

9. Objective:To observe the result of repairing tympanic membrane perforation with fascia temporal muscle under ear endoscope.

10. Small tympanic cavity and enlarged eustachian tube and tympanic sinus were found in 1 case respectively.

11. Objective To explore various techniques of repairing tympanic membrane perforation under endoscope.

12. Objective To explore the protect effects tympanic membrane rupture on the inner ear after blast exposure.

13. A slender tube that connects the tympanic cavity with the nasal part of the pharynx and serves to equalize air pressure on either side of the eardrum.

14. Objective To observe the morphosis of traumatic tympanic membrane perforation at acute stage and analyze the influencing factors of surgical intervention.

15. The lesser petrosal nerve comes from the tympanic plexus running between cochlear window and vestibular window, over recess of tensor sympani muscle and toward otogaglion .

16. Pertinent physical findings were hemotympanum, bloody otorrhea, tympanic membrane rupture , and CSF otorrhea.

17. Conclusion:Repairing tympanic membrane perforation with fascia musculus temporalis under ear endoscope is simple and practical and effect in clinical application.

18. Conclusion Repairing tympanic membrane perforation by various techniques under endoscope may bring about satisfactory effects.

19. The ear scales , the tympanic membranes , are the two large'scales'just behind the jaw - bone.

20. Objective To explore the relationship between the concentration of interleukin 8 (IL 8) and the number and proportion of neutrophil in the tympanic cavity effusion (TCE).

21. Objective To study the role of Oto- endoscope Computer Imaging System in the forensic identification of tympanic membrane perforation.

22. Conclusions:Promontory grooves and promontory bony canal could be used to detect the tympanic nerve when tympanic neurectomy was operated.

23. Objective:To detect the significance of promontory groove and promontory canal on tympanic neurectomy.

24. The outer ear includes the ear lobe and external auditory canal, which funnels sound waves toward the eardrum (or tympanic membrane) allowing it to vibrate.

25. In this paper , the authors summed up their experience of adenotonillect moy plus tympanic tube.

26. Microscope " hematic blister " , discover its are a crinkly limbs, devour tympanic tick.

27. But the stapes would not take on its familiar role as a component of the terrestrially adapted tympanic ear for millions of years.

28. Sound waves reach the eardrum through the external auditory canal, tympanic membrane caused by vibration.

29. The results show that the finite element model with perforations may be useful to predict the conductive hearing loss resulting from a tympanic membrane perforation.

30. Otoendoscopic myringoplasty is a convenient, simple and minimally invasive technique for tympanic membrane perforations.

31. Conclusion: The stimulant method for myringoplasty may promote regeneration and healing of tympanic membrane by mechanical stimulation.

32. Conclusion Endoscope is easy to manipulate with a clear operation field, and can, therefore, be used in myringoplasty for all kinds of tympanic membrane perforations using sandwich technique.

33. Check right side to see one blood blister, take appearance of house most tympanic membrane, bilateral audition experiments the gender is spent in showingSenileSexual deaf.

34. The inferior ganglion is formed near the jugular foramen by glossopharyngeal nerve. The tympanic nerve leaves it from either the lateral(42.8%) or the posterior (42.9%) or the anterior(14.3%) side.

35. Objective To discuss the treatment of tube insertion into tympanic cavity for children secretory otitis media.

36. Objective To promote care in the temporal muscle graft to repair the injury caused by the media or the simple success rate of tympanic membrane perforation.

37. Oral, Rectal and Tympanic Thermometers are now archaic with this NEW infrared technology.

38. Distorted or erythematous tympanic membranes suggest otitis media. Abdominal distention or masses suggest an intra-abdominal process causing pain.

39. Objective: To study the therapeutic effects of tympanic cavity syringe injection on the secretary otitis media (SOM).

40. Methods With alternative polarity stimulation of the peripheral segment of the facial nerve at stylomastoid foramen in cats, and recording of FNAEP by an electrode at the tympanic membrane.

41. Objective To probe the value of pure tone checking, accoustic impedence and checking up tympanic membrane, electro-otoscopy, tympanotomy in diagnosis of SOM.

42. Methods:With local anesthesia, a tympanic tubing treatment for 56 secretory otitis media patients were conducted with tympanic cavity tubing pusher.

43. Objective To investigate curative effect of the tragus cartilage ring with perichondrium for repairing tympanic membrane perforation.

44. Method:30 patients (40 ears) with tympanic membrane perforation were repaired with fascia musculus temporalis under endoscope.

45. Objective To discuss the treatment of ventilation tube insertion into tympanic cavity for children secretory otitis media.

46. Objective:?To study the clinical application of tympanic cavity tubing technique with tympanic cavity tubing pusher.

47. CTVE could not clearly demonstrate abnormal soft tissue within the tympanic cavity, abnormal changes of the tympanic membrane and tympanic walls,[http:///tympanic.html] and could be easily influenced by artificial factors.

48. Results Tubercular otitis media and mastoiditis was mainly characterized by otorrhea, big perforation of tympanic membrane, abundant pale or red granulation, heavy deafness.

49. After the auditory bone chain, the tympanic membrane teach other people the external auditory meatus, causes the air vibration.

50. The inferior wall of the tympanic cavity and the jugular fossa were observed and measured on 100 adult temporal bones and 100 adult skulls.

51. The tympanic segment of chorda tympani nerve is parallel with the tympanic segment of facial nerve.

52. External ear canal sound waves transmitted through the media, and then reached the tympanic membrane.

53. Purpose To discuss the methods for creating an animal model for persistent tympanic membrane perforation.

54. In this study, 26 cases of tympanic membrane perforation were treated with myringoplasty.