Gabriel Corfas

The paper identifies a novel nuclear signaling pathway involving ErbB4 and PARP1 that regulates astrocyte differentiation during brain development.

This study models how heminode disruption in spiral ganglion neurons interacts with background noise to impair auditory processing and sound localization.

The paper identifies β-oxidation as a key process in noise-induced hearing loss using lipidomics profiling and validates it with Etomoxir treatment.

The paper identifies a modiolar-pillar gradient in auditory-nerve dendritic length in guinea pigs, suggesting it contributes to differences in threshold sensitivity among auditory-nerve fibers.

The paper shows that neural representations of auditory space rapidly reorganize after binaural cue disruption without overwriting existing codes.

This study shows that mild auditory nerve myelination defects in CMT1A mice cause hidden hearing loss, suggesting a link between peripheral neuropathies and auditory issues.

The paper creates an atlas of injured sciatic nerve cells and identifies immune microenvironments and communication networks in mouse nerve regeneration.

This study shows that changes in inner hair cell synapse density affect auditory temporal processing but not reflexes, suggesting a therapeutic approach for hearing loss.

This study shows that overexpressing neurotrophin-3 in middle-aged mice prevents age-related cochlear synaptopathy and slows hearing loss.

This paper constructs a computational model to compare how synaptopathy and myelin defects contribute to hidden hearing loss by simulating sound-evoked auditory nerve responses.

This study shows that mild hypomyelination reduces parvalbumin interneuron density and inhibitory function in the auditory cortex without affecting excitatory connections.