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Reach & influence
Put source-directed tinnitus research on one clinician's radar
Send one short, respectful private note with one human-reviewed source about research aimed at reducing tinnitus itself to a clinician you already know.
Before you go
- Available in
- Everywhere
- Time now
- 5 minutes or less
- Cost
- No payment required
- Commitment afterwards
- No reply or follow-up expected
- Who this is for
- A clinician or audiologist I know
Important to know. One clinician you already know. One private, respectful message. This is not a recommendation of any treatment and not a cold or mass campaign. Research discussion is not proof that a treatment works, is available, or is approved anywhere, and the note asks for no prescription, referral, endorsement or eligibility assessment.
- What you do
- Send a short, prepared note to one person you choose.
- Where it happens
- From your own phone or email. Nothing is sent from here.
- When it counts
- When you have sent the message.
About this opportunity
- Purpose
- Research aimed at reducing tinnitus itself needs to reach the clinicians who speak with patients every day.
How this was verified
Independently defined by Tinnitus Action
Tinnitus Action proposed this action independently. No external recipient requested or endorsed it.
This is a published source you can read and pass on. We summarise nothing beyond what it says.
- Source
- JAMA Network Open
- Source checked
- 2026-08-17
- Action reviewed
- 2026-09-12
- Next check
- 2026-12-11
Reviewed resources
Checked by a person before it was published here. Research discussion is not proof that a treatment works, is available, or is approved anywhere.
- Primary evidenceJones et al., Reversing Synchronized Brain Circuits Using Targeted Auditory-Somatosensory Stimulation to Treat Phantom Percepts (JAMA Network Open, 2023)
Randomized clinical trial of precisely timed auditory-somatosensory stimulation in adults with somatic tinnitus.
Source checked 2026-08-22
- Primary evidenceMarks et al., Auditory-somatosensory bimodal stimulation desynchronizes brain circuitry to reduce tinnitus (Science Translational Medicine, 2018)
Mechanistic and earlier human evidence for bimodal stimulation aimed at the mechanism behind tinnitus.
Source checked 2026-08-22
- Optional companionTinnitus Quest Q&A with Professor Susan Shore on Auricle
Official Tinnitus Quest recording. An accessible companion to the papers, not a substitute for them, and not evidence that any device works or is available.
Source checked 2026-08-22
Prepare your action
Start with a written template you can edit. If you ask AI to rewrite it, check every fact and change the draft before sending.
This makes an editable draft from a written template, without AI.
Recorded actions are self-reported contributions, not verified research outcomes. How we count
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