ライフサイエンスコーパス: high-frequency hearing loss

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1 al dominant form of nonsyndromic progressive high frequency hearing loss.

2 omplex protein nesprin-4 lead to progressive high-frequency hearing loss.

3 h earplugs to a lifelong trumpet player with high-frequency hearing loss.

4 Aging in 129S6 mice was associated with high-frequency hearing loss.

5 nother who has ocular and renal disease with high-frequency hearing loss.

6 Mid-frequency to high-frequency hearing loss, an expected adverse event,

7 hearing, (ii) mild to moderate predominantly high frequency hearing loss, and (iii) severe or profoun

8 ng in the resulting Xirp2-null mice revealed high-frequency hearing loss, and ultrastructural scannin

9 consider children with precipitously sloping high-frequency hearing loss as candidates for cochlear i

10 exposure to continuous moderate noise led to high-frequency hearing loss as young adults.

11 motic blood-brain barrier disruption (BBBD), high frequency hearing loss can result.

12 ct a response bias because participants with high frequency hearing loss demonstrated shorter respons

13 d by younger adults with a similar degree of high-frequency hearing loss (Dubno, Dirks, & Morgan) lea

14 % of the basal papilla and the corresponding high-frequency hearing loss had no effect on song struct

15 We crossed the high frequency hearing loss (HFHL) line of NIH Swiss mic

16 of the Cdh23(c.753G) allele, which prevented high frequency hearing loss in B6 mice to at least 18 mo

17 We determined that progressive high-frequency hearing loss in 2 families of Iraqi Jewis

18 domain mutation responsible for progressive, high-frequency hearing loss in a French family.

19 t AAE modulates neural plasticity induced by high-frequency hearing loss in auditory system component

20 a candidate gene for congenital or acquired high-frequency hearing loss in humans.

21 rait loci (QTLs) Hfhl1 and Hfhl2 that affect high-frequency hearing loss in NIH Swiss mice.

22 n-syndromic, autosomal-dominant, progressive high-frequency hearing loss in which the cellular and mo

23 for P2RX2 p.V60L, noise exposure exacerbated high-frequency hearing loss in young adulthood.

24 ise, and subjective benefit, for people with high-frequency hearing loss, including people with dead

25 on provided by the earplugs simulated a mild high-frequency hearing loss, mean attenuation increased

26 t 14.9% of US children have low-frequency or high-frequency hearing loss of at least 16-dB hearing le

27 al of 14.9% of children had low-frequency or high-frequency hearing loss of at least 16-dB hearing le

28 at least 16-dB hearing level, and 12.7% had high-frequency hearing loss of at least 16-dB hearing le

29 nd 1.47 (95% CI: 1.05, 2.05) odds ratios for high-frequency hearing loss (p-trend<0.001 and=0.007), r

30 odds ratio of 3.03 (95% CI: 1.44, 6.40) for high-frequency hearing loss (p-trend=0.003), but blood l

31 High-frequency hearing loss results in two distinct cort

32 Ten adults with mild to severe high-frequency hearing loss (seven with extensive DRs, o

33 papilla and corresponding low-frequency and high-frequency hearing loss, song degradation occurred w

34 re a common phenotype including progressive, high-frequency hearing loss together with shortening of

35 ed survival, the effects and implications of high-frequency hearing loss with regard to academic achi

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