Published Studies
Our Research
The science behind tinnitus management with Frequency.
Peer-reviewed research behind threshold sound conditioning, harmonic stimulation, and tinnitus identification, the mechanisms that our tinnitus care platform are built on.
Threshold Sound Conditioning in the Treatment of Sensorineural Hearing Loss
A double-blind, randomized, placebo-controlled trial conducted through Stanford University, showing that threshold sound conditioning significantly improved hearing thresholds in participants with sensorineural hearing loss.
- DesignDouble-blind, placebo-controlled
- SiteStanford University
- StatusPublished, PMC
Stochastic Modeling of Tinnitus Loudness
A preprint exploring whether threshold sound conditioning holds up when delivered through a smartphone application rather than clinic hardware, extending access beyond clinical settings. Not yet peer reviewed.
- DesignMobile app delivery
- VenuebioRxiv
- StatusPreprint, awaiting review
South Korea Case Study on Tinnitus Relief via Precision Sound Therapy
Case findings from South Korea examining precision sound therapy for measurable tinnitus relief. Case series describe individual outcomes and do not carry the weight of a controlled trial; they are included for completeness.
- DesignCase series
- RegionSouth Korea
- FormatPDF
Clinical Studies from the American Academy of Otolaryngology, Head and Neck Surgery
A collection of clinical research presented through the American Academy of Otolaryngology, examining the science and outcomes behind threshold sound conditioning for hearing loss and tinnitus.
- VenueAAO-HNS
- ScopeHearing loss and tinnitus
- FormatPDF
Textbook Excerpt on Frequency Modulation for Tinnitus
An academic textbook excerpt covering the principles of frequency modulation and its application in tinnitus therapy, providing the foundational context behind threshold sound conditioning.
- TypeTextbook excerpt
- TopicFrequency modulation
- FormatPDF
The science, applied.
The studies above are the foundation. Tinnitogram measures at the resolution the mechanism calls for, and REVE134 turns that measurement into a calibrated therapy signal. See how the pieces fit together.