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Research

Research within the IHU reConnect is organized into 7 main themes, which meet 4 objectives:

  • Bringing together the stakeholders of hearing health

  • Intensifying innovation and entrepreneurship

  • Moving from compensatory medicine to restorative medicine

  • Meeting the medical, societal, educational requirements raised by hearing and speech disorders

10 research teams

Cognition and communication
hearing

Dirigée par Luc Arnal & Diane Lazard

Neural code in the auditory system

Directed by Jérémie Barral

Dynamics of the auditory system and multisensory perception

Directed by Brice Bathellier

Clinical and translational exploration of auditory synaptopathies

Directed by Didier Dulon & Hung Thai-Van

Neural code in the auditory system

Directed by Jérémie Barral

Neural code in the auditory system

Directed by Jérémie Barral

Our workpackages

Workpackage 1

New Treatments and handling of sudden and fluctuating deafness

Based on a complete clinical and biological assessment of sudden and fluctuating deafness recruited from ENT emergencies in Ile-de-France, WP1 aims to identify biomarkers of the pathologies involved (traumatic, inflammatory, microvascular, pressure-related, etc.), in order to target appropriate therapies.

New treatments handling of deafness

Workpackage 2

Preventing and treating progressive hearing loss

The aim is to develop innovative care pathways addressing the variable effectiveness of prosthetic treatments for sensorineural hearing loss. To achieve this, they encompass various approaches of gene therapy, pharmacological treatments, optogenetic cochlear implants, molecular biomarker diagnostics, and robot-based surgery.

Workpackage 3​​

Characterizing and treating Auditory Perception Disorders

Functional hearing disorders (tinnitus, hyperacusis and misophonia) are common and often disabling. Their pathophysiological mechanisms are poorly understood, and their treatment unsatisfactory. WP3 aims to improve understanding of their causes, diagnosis and treatment.

Characterizing and treating Auditory Perception Disorders

Workpackage 4​​

Hearing and dementia: from disease mechanisms to treatment

Hearing and auditory dysfunctions in dementia have been overlooked although progressive hearing loss stands out as the first potentially modifiable risk factor of this condition. WP4 proposes to characterize the role of hearing in dementia in order to improve prevention, diagnosis, and treatment.

Hearing and dementia

Workpackage 5​​

Rewiring disrupted audio-phonological networks

WP5 will deploy evidence-based therapy for disorders of the audio-phonological loop in 5 areas: neuroplasticity in acquired deafness, phonemic representations in dyslexia, synchronization of speech reception in autism, syllabification in stuttering, restoring speech communication with BCI.

Image_WP5_sel.jpg

Workpackage 6

Network and data science

This workpackage aims to advance technologies for the diagnosis and treatment of hearing impairments through AI and data science. This includes developing AI tools for hearing aid operation, image analysis for disease detection, software for surgical planning, algorithms for speech production and auditory perception, and signal extraction for hearing aids.

Hearing : Network and data science

Workpackage 7

Connected research and medicine (CoReMed)

This platform provides access to connected devices for research and clinical practices within reConnect. It aims to offer digital tools for multimodal data collection to ensure effective diagnosis and therapeutic intervention with strict data security.

Hearing : Connected research and medicine (CoReMed, WP7)
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