Sentence examples for mean hearing threshold from inspiring English sources

(a) The mean hearing threshold to a 1-kHz pure tone in the active condition was lower compared with the passive condition (n=16; one-tailed paired t-test; **P<0.01).

(a) Mean hearing threshold was lower when the hand used to trigger the sound was ipsi compared with contralateral to the stimulated ear (n=22; one-tailed paired t-test; *P<0.05).

No significant differences in mean hearing threshold for BBN were found among particular age groups.

However, the poorest mean hearing threshold in the toluene plus noise group was at 6 kHz.

However, the mean hearing threshold was the poorest for 6 kHz, and the least effect was observed for 2 kHz.

This was similar to the mean hearing threshold pattern found for the ototoxicity of styrene (Morata et al. 2002).

In the first models, the mean hearing thresholds for low-, mid- and high-frequency hearing level were entered together with age (per year).

Mean hearing thresholds were determined for each size group and at each frequency, and audiograms were drawn using SigmaPlot 10.0 (Systat Software/Cranes Software Inc., Bangalore, India and San Jose, CA, USA).

The effect of hearing loss with 10 dB as units was explored by entering mean hearing thresholds for low-, mid- and high-frequency hearing level together with age (per year), and socio-economic variables and health in HUNT1.

The hearing-impairment group had a worse mean hearing thresholds (i.e. the mean threshold of both ears) than the no-hearing-impairment group (54.6 ± 14.3 vs. 13.8 ± 9.7 dB, respectively), and there were significant differences in hearing thresholds at every frequency (Fig.  1).

Mean hearing thresholds were defined as: (i) low-frequency hearing level (250 and 500 Hz, thresholds averaged over frequencies and both ears); (ii) mid-frequency hearing level (1000 and 2000 Hz); and (iii) high-frequency hearing level (3000, 4000, 6000 and 8000 Hz).