We have a wealth of experience across nine labs, combining expertise from a range of disciplines. If you are interested in discussing potential opportunities for study within our labs, please don't hesitate to get in touch.
In the Marcotti lab, we study the development and function of the auditory system. Our research also aims to understand the mechanisms underpinning deafness and age-related hearing loss, and to develop therapeutic approaches to restore hearing.
In the Mustapha lab, we are investigating how loud noise and aging affect the survival of the nerve fibres that connect the ear with the brain.
In the Nikolaev lab, we are interested in understanding how auditory and visual information are combined and compared in the brain to allow animals to perform day-to-day tasks.
In the Johnson lab, we investigate how changes in mechanoelectrical transduction contribute to age-related hearing loss. We are also studying the potential link between deafness and dementia, and the interaction between loud noise and age-related hearing loss.
In the Jeng lab we are investigating hair cell ageing and mechanisms underlying age-related hearing loss.
In the Ceriani lab we investigate age-related physiological changes in the non-sensory cells of the mammalian cochlea and their link to age-related hearing loss.
In the Rivolta lab, we are using stem cells to replace those that connect the ear with the brain. We are also exploring their potential use with cochlear implants.
In the Corns lab, we want to understand how nerves from the brain communicate with sensory cells within the ear and how this communication changes with age.
The Whitfield lab uses the zebrafish as a model organism to study the development and function of vertebrate sensory systems. Our main focus is the inner ear, the organ of hearing and balance.