1. Objective To explore the regeneration of hair cell nerve connection in bird cochlea following kanamycin ototoxicity.

2. And in red is a hair cell marker that labels sensory hair cells and the yellow color is the composite color of the green and the red.

3. Objective To observe the variation of the isolated hair cell ( OHC ) membrane potential in the hypertonic solution.

4. ObjectiveTo quantitatively compare the cochlear hair cell loss with the nerve fiber loss in the habenula perforata in the early stage of carboplatin ototoxicity in chinchilla.

5. If those work, hair cell - regeneration treatments for deafness may follow.

6. It can exclude all the other agent except hair cell.

7. Objective: To investigate the effect of hair cell apoptosis on hearing loss of perilymphatic fistula ( PLF ) in guinea pig.

8. The experiment suggested that hair cell and its nerve ending as well as marginal cell of SV are the sites liable to be damaged by the ototoxic affect of KA.

9. The apoptosis of hair cell may be one of morphological evidence in hearing loss of PLF .

10. Results The cochleogram showed aminoglycosides induced hair cell missing associated with a base-apex progression(), and greater loss of outer hair cells than inner hair cells.

11. The root hair cell wall invaginates at the point of contact.

12. Among the drugs that may cause irreversible injury to the vestibular hair cells are streptomycin, neomycin, and gentamicin.

13. Jennifer Stone is a cell biologist and neuroanatomist, who works primarily on avian hair cell regeneration.

14. Here's what it looks like to see a close - up of hair cell stereocilia inside the ear.

15. We will cover topics relating to inner ear development and hair cell regeneration.

16. Objective: To modify the technique of surface preparation of cochlea and staining for hair cell examination.

17. Here's what it looks like to see a close-up of human hair cell stereocilia inside the ear. These detect mechanical movement in response to sound vibrations.

18. The rotation of stereociliary bundles and extra stereocilia on the outer hair cell as well as the extra inner hair cell are induced by genetic variation.