ライフサイエンスコーパス: severe hearing loss

1 r in very old CBA mice (which do not exhibit severe hearing loss).

2 icated for recessively inherited moderate to severe hearing loss.

3 listening devices, and cochlear implants for severe hearing loss.

4 zed by retinitis pigmentosa (RP) and mild-to-severe hearing loss.

5 e absent in patients with a moderate or more severe hearing loss.

6 uditory evoked responses in 13 patients with severe hearing loss.

7 (SISA) questionnaire, to detect moderate to severe hearing loss.

8 nversations, even for those with moderate to severe hearing loss.

9 retinal degeneration as well as moderate to severe hearing loss.

10 Knockout or impairment of prestin causes severe hearing loss(2-5).

11 f cognitive functioning in older adults with severe hearing loss after cochlear implantation; however

12 on of a dominant-negative erbB receptor show severe hearing loss and 80% postnatal loss of type-I SGN

13 arly-onset, usually non-progressive, mild-to-severe hearing loss and generally good central vision un

14 The data suggest that the combination of severe hearing loss and old age results in deficits in o

15 The Brock scale underestimates severe hearing loss and should be used with caution in t

16 to evaluate the apps' ability to detect less severe hearing loss and the diagnostic performance of 2

17 Defects in ear canal development can cause severe hearing loss as sound waves fail to reach the mid

18 terozygous mutant mice were found to develop severe hearing loss at 6 months of age without balance d

19 distortion product otoacoustic emission and severe hearing loss at high frequencies, the shift is la

20 lear implant activation in older adults with severe hearing loss at risk for MCI, suggesting that coc

21 Homozygous stitch-mutant mice have severe hearing loss at the age of 4 weeks and are deaf b

22 sity, begun at age 25 days--resulted in less severe hearing loss compared with control mice.

23 d the proportion of infants with moderate-to-severe hearing loss diagnosed by age 10 months (57% vs 1

24 Prevalence of severe hearing loss differed by scale.

25 Severe hearing loss during early development is associat

26 A consecutive sample of older adults with severe hearing loss eligible for cochlear implantation w

27 ed in patients with post-lingual moderate to severe hearing loss, failed to prevent hearing loss.

28 glia, we found that loss of Med12 results in severe hearing loss in adult animals through rapid degen

29 ber of genes are responsible for moderate to severe hearing loss in sporadic individuals born to cons

30 Severe hearing loss in the better and worse ear was asso

31 Of those that survived, more severe hearing loss in the TLR2(-/-) mice than in the WT

32 Risk factors for severe hearing loss included exposure to cisplatin and c

33 Severe hearing loss is prevalent among children with hig

34 ighboring supporting cells, many humans with severe hearing loss lack both hair cells and supporting

35 FD mice exhibited severe hearing loss measured by auditory brainstem recor

36 including among respondents with moderate or severe hearing loss (OR, 1.17; 95% CI, 0.71-1.92).

37 in the CN of middle-aged C57 mice (with less-severe hearing loss) or in very old CBA mice (which do n

38 tor impairment, cognitive or language delay, severe hearing loss, or bilateral blindness at 18 months

39 tor disability, cognitive or language delay, severe hearing loss, or bilateral blindness at a correct

40 s: odds ratio [OR], 1.50; 95% CI, 1.01-2.24; severe hearing loss: OR, 1.71; 95% CI, 1.03-2.84).

41 ll as 21 children and 17 adults with mild to severe hearing loss participated.

42 The T(-4128) SNP may be contributing to the severe hearing loss phenotype in the HL2 pedigree by red

43 None of the p.Cys759Phe patients exhibited a severe hearing loss phenotype, and more than 60% had onl

44 cell-level molecular defects responsible for severe hearing loss, the genetics responsible for less s

45 In the CN of old C57 mice (18 months) with severe hearing loss, the number of glycine-immunoreactiv

46 Moderate-to-severe hearing loss was evident by late adolescence, whe

47 Moderate or severe hearing loss was induced in gerbils, and iSTP was

48 Severe hearing loss was not significantly different for

49 On multivariable analysis, moderate and severe hearing loss were associated with hospitalization

50 Twenty-one individuals with moderate to severe hearing loss were recruited.

51 sses of 10 listeners with bilateral, mild-to-severe hearing loss were simulated in 10 corresponding g

52 t some individuals with these mutations have severe hearing loss, whereas their maternal relatives wi

53 ected, patients receiving cisplatin had more severe hearing loss with concurrent carboplatin administ