In this project, Professor Ruben Stepanyan at Case Western Reserve University, USA, aims to understand the mechanisms of noise damage to the inner ear to identify therapeutical targets. Project start date: October 2023 Project end date: September 2026 About the project Our sense of hearing can be damaged by loud noise or ageing, but we still don’t understand the full range of underlying causes of hearing loss....
No actionable change — this is a basic-science mechanistic study; no therapeutic interventions are ready for clinical use.
Identifying the mitochondrial pathways driving noise-induced hearing damage could open entirely new pharmacological prevention strategies for an extremely common and currently irreversible condition.
- 01Prof. Ruben Stepanyan (Case Western Reserve) is studying mitochondrial mechanisms of noise-induced cochlear damage.
- 02Project runs October 2023–September 2026.
- 03Research aims to identify molecular targets for future protective therapies.
- 04No clinical interventions or human data are described.
- 05Noise-induced hearing loss affects hundreds of millions globally and has no current restorative treatment.
Mitochondrial mechanisms play a role in noise-induced inner-ear damage and may represent therapeutic targets.
opinionpartially supported