acoustic nerve in Vietnamese

Dây thần kinh thính giác

Sentence patterns related to "acoustic nerve"

1. Detection of acoustic nerve tumors

2. " On the Origin of the Acoustic Nerve ".

3. In contrast to hearing aids, cochlear implants stimulate the acoustic nerve directly.

4. The opener destroyed the acoustic nerve and then went into the cerebral cortex.

5. As the fluid moves, it strokes the specialized hearing cells into electrical impulses transmitted to the brain by the acoustic nerve.

6. Higher amplitudes of the acoustic nerve potentials show the protective effect of this fraction of Ginkgo biloba at acute sound damages.

7. A phase contrast and time-lapse cinematographic study of 50 acoustic nerve tumors cultured in Rose chambers and roller tubes, was made.

8. Dysfunction within the acoustic pathway was observed at the level of the acoustic nerve and in the medulla oblongata, pons and midbrain.

9. The persons are divided into three groups: normals, patients with presumable inner-ear disturbance, and those with lesions of the acoustic nerve.

10. a hearing implant, placed into the inner ear when the inner ear no longer functions but the acoustic nerve still is intact.

11. Abnormalities of the different waves were observed at levels such as cochlea and/or acoustic nerve, medulla, caudal pons, rostral pons, and midbrain.

12. These findings suggest that acoustic neurinomas may to a greater extent than hencefort believed originate from the cochlear division of the acoustic nerve.

13. Tone pips of suprathreshold intensities elicit an acoustic nerve response (I) and six low amplitude brainstem potentials (II–VII) during the initial 10 ms.

14. Stimulation with a short tone pip elicits an acoustic nerve compound action potential (I) and different waves (II–VII) in the initial 10 ms.

15. Wave abnormalities indicative of a lesion at the acoustic nerve should lead to a neuroradiological investigation and are particularly valuable in cases with small intracanalicular tumours.

16. The compound action potentials following click series of the acoustic nerve of dial-anesthetized cats are recorded using macro-electrodes near the round window after several doses of Streptomycinsulfate.

17. The Cochlear nerve, also known as the acoustic nerve, is the sensory nerve that transfers auditory information from the Cochlea (auditory area of the inner ear) to the brain

18. Finally, with regard to the appearance of diamond patterns in joint interval histograms, the possibility is discussed that some of individual acoustic nerve cells ought to be capable of analyzing harmonies.

19. 26 There were 2-4 arteries around the cerebellopontine angle segment of the facial-acoustic nerve complex entering the inner acoustic meatus in each side. The arteries were connected with each other.

20. A case of cerebello pontine angle syndrome is reported in which the cause was an atherosclerotic and tortuous basilar artery, with functional loss of the acoustic nerve and irritation of the trigeminal nerve.

21. By representing a new space-taking process within the former operation zone by means of the angiogram of the vertebralis the roentgenologic diagnosis of the recidivous tumours of the acoustic nerve is secured.

22. A comparison between fetal human peripheral nerves and the tumors studied, led to the conclusion that the cells of Schwann and not fibroblasts form most, if not all the cells of acoustic nerve neoplasms.

23. Tumours of the acoustic nerve occurring for the first time (neurinoma and neurofibroma) to a considerable extent — 85% according to Lindgren — show a dilatation of the porus and of the meatus acusticus int. of the side affected.

24. In each of two other animals a single afferent secondary neuron in the ventral cochlear nucleus was isolated by means of a fine glass-pipette-electrode, and the spontaneous activity was registered after severing the homolateral acoustic nerve.

25. In 1957, in Paris, André Djourno, a professor of medical physics, and Charles Eyriès, a Parisian otologist, restored basic hearing to a completely deaf patient with bilateral cholesteatoma by electrically stimulating acoustic nerve fibres still present in the inner ear.

26. According to the INTERPHONE project coordinator, Professor Elisabeth Cardis of the Centre for Research in Environmental Epidemiology (CREAL) in Barcelona, Spain, 'the INTERPHONE study will continue with additional analyses of mobile phone use and tumours of the acoustic nerve and parotid gland.'

27. Recent research by Swedish scientists and other public health experts have shown that exposure to radiation from the use of mobile telephones causes serious damage to the human organism, for example the development of carcinogenic tumours on the brain and the acoustic nerve, together with functional genetic disorders.

28. Recent research by Swedish scientists and other public health experts have shown that exposure to radiation from the use of mobile telephones causes serious damage to the human organism for example the development of carcinogenic tumours on the brain and the acoustic nerve, together with functional genetic disorders.

29. Comparison of the responses seen with surface electrodes and those appearing at the round window reveals that the broad potential PI of the brain stem response to low-frequency stimuli corresponds to the compound action potential, while the frequency-following responses correspond to phase-locked responses in the acoustic nerve.

30. An automated respiration stimulation apparatus comprising a detector configured to measure a respiratory cycle of a user and a stimulator configured to automatically apply a stimulation to the user s acoustic nerve to interrupt a disturbance in the respiratory cycle of the user in response to the detection of the disturbance as indicated by the respiratory cycle measurements of the detector.