Auricle GTM brain

Auricle is developing an investigational extracochlear neurostimulation implant for people with severe high-frequency hearing loss and difficulty understanding speech.

category

Investigational hearing restoration implant

market profile

  • text: Some patients retain low-frequency hearing yet struggle to understand speech despite hearing aids.
  • text: Conventional cochlear implants can improve hearing but concern about surgery and residual hearing can deter patients.

personas

  • title: Neurotologist or otologic surgeon
    pains:
    • Patients with residual hearing may decline cochlear implantation over potential hearing loss
    • Needs clinical evidence and a clear risk profile before recommending a new implant
  • title: Audiologist at a hearing implant center
    pains:
    • Amplification may no longer make speech intelligible for severe high-frequency loss
    • Needs options and referral pathways for patients between hearing aids and cochlear implants
  • title: Adult with severe high-frequency hearing loss
    pains:
    • Can hear voices but struggles to understand everyday conversation
    • Worries that surgery could sacrifice remaining natural hearing

icp

  • text: Future clinical partners include audiology and otology centers treating adults with severe high-frequency sensorineural loss and residual hearing.
  • text: Clinical study sites with implant surgeons and audiology assessment capacity are likely early stakeholders; commercial use is not yet available.

message pillars

  • text: Focus on the gap between audibility and understanding.
  • text: Aim to restore missing hearing while preserving residual hearing.
  • text: Investigate an extracochlear approach designed to reduce invasiveness.

objections

  • objection: Is this implant approved and available now?
    response: No. The company states the device is investigational, not FDA approved and not commercially available.
  • objection: Will it preserve my remaining hearing and improve speech understanding?
    response: These are development goals, not established outcomes for every patient. Review future clinical evidence and discuss eligibility and risks with a specialist.

competitors

  • name: Cochlear
    why: Established cochlear implant manufacturer offering a treatment alternative.
  • name: Advanced Bionics
    why: Cochlear implant manufacturer serving severe hearing loss.
  • name: MED-EL
    why: Hearing implant manufacturer including cochlear and electric-acoustic solutions.

influencers

  • name: Francis Wong
    url: https://franciswong.com/about-me/
    why: Co-founder and CEO working on neural hearing restoration.

keywords

  • high frequency hearing loss speech understanding
  • hearing preservation implant
  • extracochlear stimulation
  • hearing aids not helping speech
  • cochlear implant alternatives
  • sensorineural hearing loss treatment

voice

  • Patient centered and empathetic
  • Careful about investigational status
  • Clear and explanatory

signals

  • text: An implant center sees patients with poor speech recognition who retain useful low-frequency hearing.
  • text: A clinical research center is investigating hearing preservation or novel auditory neurostimulation.

pricing

model: unknown

motion

unknown

channels

  • clinical research partnerships
  • Stanford Biodesign network
  • LinkedIn

confidence

medium

Founders

  • name: Francis Wong
    title: Founder
    role: Founder
    bio: I'm Francis, a UK-trained surgeon who worked in the National Health Service as a surgeon for 5 years. In 2012 I moved to the Bay Area to get my MBA/MPH at UC Berkeley. I've worked in several product management roles at startups including 23andMe and Castlight Health. I also founded Outcomes, Inc., a digital health startup enabling the routine use of patient-reported outcomes. Prior to Stanford, I worked at Haven in Boston and co-founded Auricle out of the Stanford Biodesign Fellowship.
  • name: Jay Dhuldhoya
    title: Founder
    role: Founder
    bio: I am a medical device engineer and entrepreneur with a BA from Columbia and an MS from Rice in biomedical engineering. I have led R&D, quality, and manufacturing projects at Element Science, an SF-based Class 3 medical device start-up. I recently completed the Stanford Biodesign Innovation Fellowship where I co-founded Auricle.

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