ライフサイエンスコーパス: audiometry

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1 ore hearing loss is detected by conventional audiometry.

2 esia were also measured via evoked potential audiometry.

3 body-weight) using standard evoked potential audiometry.

4 r speech perception despite normal pure tone audiometry.

5 nometry, and hearing levels were assessed by audiometry.

6 serial measurement of conventional pure-tone audiometry (0.5 to 8 kHz) and evoked distortion product

7 measurement of extended high-frequency (EHF) audiometry (9 to 16 kHz).

8 the calibrated sound challenge by pure tone audiometry; a reduction of 50% in an ebselen dose group

9 aring ability was determined using pure-tone audiometry and a web-based hearing test.

10 f the feasibility of extended high-frequency audiometry and distortion product otoacoustic emissions

11 EHF audiometry and DPOAEs have the potential to reveal earli

12 Side-effects were assessed by pure tone audiometry and liver function tests.

13 No abnormalities in serum creatinine or audiometry and no episodes of significant bronchospasm w

14 Hearing was measured using standard audiometry and reviewed centrally by audiologists masked

15 Road (n = 348) was measured using pure-tone audiometry and summarized using principal component (PC)

16 ruments, level of reporting (usage, age, and audiometry) and cross validation of usage measures.

17 oustic emissions and extended high frequency audiometry, and to evaluate a central review mechanism f

18 between the web-based SNR test and pure-tone audiometry determined using bivariate modelling.

19 uditory function than conventional frequency audiometry during platinum chemotherapy in children.

20 rition Examination Survey (NHANES) 1999-2004 Audiometry Examination Component.

21 cioscapulohumeral dystrophy, funduscopic and audiometry examinations.

22 ake -/- mice tested with reflex modification audiometry had reduced sensitivity to an abrupt change i

23 Clinical audiometry has long focused on determining the detection

24 ed thyroid function (hypothyroidism, 10.1%), audiometry (hearing loss, 22.6%), dual-energy x-ray abso

25 ols using pure-tone air- and bone-conduction audiometry in sound-treated booths.

26 f 6166 children aged 6 to 19 years completed audiometry in the mobile examination center of the Third

27 s in GJB2 was assessed by means of pure-tone audiometry, measurement of middle-ear immittance, and re

28 Of the 17 children with EHF audiometry results, 16 (94.1%) had bilateral ototoxicity

29 We screened nine dRTA kindreds with normal audiometry that linked to the ATP6N1B locus, and identif

30 ies in the United States have used pure-tone audiometry to derive hearing loss prevalence estimates f

31 Hearing tests included pure-tone audiometry, tympanometry, distortion-product otoacoustic

32 erence tomography, axial length measurement, audiometry, visual evoked response (VER), orbital and ce

33 cuity tests, tonometry, retinal photography, audiometry, vital capacity determinations, a health ques

34 Audiometry was performed and revealed moderate to severe

35 years with newly diagnosed cancer and normal audiometry were randomly assigned (1:1) to receive sodiu

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