Sentence examples for chronic sound from inspiring English sources

Prominent vasodilation was observed immediately after chronic sound exposure (Fig. 4).

Nonetheless, chronic sound exposure robustly increased the fluorescence signal by either method.

In addition, it is unclear why of the large inter-animal variation on the effect of chronic sound exposure.

This suggests that chronic sound exposure or sound-induced trauma can enhance aminoglycoside trafficking into the stria vascularis, as well as hair cells, hours after cessation of exposure to loud sounds.

Furthermore, chronic sound exposure also increased the diameter of strial blood vessels (i.e. vasodilation) in the same strial regions with intensely-labeled marginal cells compared to adjacent strial regions without intensely-labeled marginal cells or in strial tissues from non-sound-exposed animals (Fig. 4E, F and G).

We observed that chronic moderate sound exposure can increase hair cell uptake of GTTR or gentamicin.

When we examined the stria vascularis after chronic moderate sound exposure (same animals as in Fig. 2), a subpopulation of marginal cells exhibited more intense gentamicin immunofluorescence (Fig. 4B) compared to adjacent marginal cells or marginal cells from control (non-sound-exposed) mice (Fig. 4A).

Very loud noises, or chronic exposure to sound even when it is not particularly loud, can wreak havoc on hair cells, causing them to become disarranged and to degenerate.

As researchers examine mechanisms of cognitive-behavioral interventions for chronic pain, psychometrically sound measures based in cognitive theory are needed to directly assess pain beliefs.

Together with earlier experiments, these data indicate that chronic, moderate prior sound exposure can increase hair cell uptake of gentamicin.

In this study, we demonstrate that chronic or damaging sound exposures at moderate levels can enhance cochlear uptake of gentamicin in vivo, which has not been previously shown (to our knowledge).