Digital Mind 🧠

🪵 The Threshold
Home

❯

01-Claims

❯

Cochlear implant candidacy requires profound hearing loss since surgery destroys residual hearing

Cochlear implant candidacy requires profound hearing loss since surgery destroys residual hearing

Properties1
tagsja-picks

Sep 20, 20261 min read

Cochlear implant candidacy requires profound hearing loss since surgery destroys residual hearing

Related

  • Cochlear implants bypass the conductive auditory path to stimulate nerve fibers directly (similarity 0.83)
  • Cochlear implants raise word comprehension from zero to 70-90 percent with retraining (similarity 0.83)
  • Cochlear implant input-output responses can reverse polarity preference at high levels (similarity 0.82)
  • Cochlear implants only help when the auditory nerve itself is intact. (similarity 0.81)
  • Sensorineural hearing loss splits into cochlear versus auditory nerve damage (similarity 0.81)
  • n-of-m processing strategies may make cochlear implants less sensitive to channel overlap (similarity 0.80)
  • Adult cochlear implant success depends on prior experience with sound (similarity 0.80)
  • Wavelets from different cochlear regions can nearly cancel each other out (similarity 0.80)
  • Cochlear implants translate frequency bands into place-coded stimulation along the cochlea (similarity 0.79)
  • Modern headphones can prevent rather than cause hearing loss (similarity 0.79)
  • Microprocessor electronics made cochlear implants possible (similarity 0.79)
  • Plastic changes during deafness can either help or hinder adaptation to a cochlear implant (similarity 0.78)
  • Most modern cochlear implant patients achieve telephone conversation ability (similarity 0.78)

✉️
  • Cochlear implant candidacy requires profound hearing loss since surgery destroys residual hearing
  • Related

Backlinks

  • Cochlear implants only help when the auditory nerve itself is intact.
  • Sensorineural hearing loss splits into cochlear versus auditory nerve damage
  • Wavelets from different cochlear regions can nearly cancel each other out
  • n-of-m processing strategies may make cochlear implants less sensitive to channel overlap