Daniel J. Tollin

The paper develops a computational model to synthesize auditory brainstem responses (ABRs) and links ABR morphology changes to neuronal alterations in aging and autism animal models.

The paper shows that temporary noise-induced hearing loss in nonhuman primates leads to long-lasting spatial hearing deficits and reduced binaural neural processing without synapse loss.

This study tracks ERP responses to native and nonnative consonants in infants over 12 months, finding similar developmental trajectories but significant spatial reorganization for nonnative contrasts.

This study uses prepulse inhibition of acoustic startle to assess spatial hearing and temporal processing in Mongolian gerbils, finding thresholds match those from operant conditioning.

This study identifies age-related myelin deficits in the auditory brainstem pathway as a cause of spatial hearing deficits in aging Mongolian gerbils.

This study examines age-related declines in spatial hearing and auditory temporal processing abilities, finding that performance deficits are not solely due to hearing thresholds but also to central auditory processing changes.

The paper explains the rapid decline in ITD sensitivity for pure tones by linking it to peripheral cochlear filtering rather than central neural limitations.

This study shows that early unilateral hearing loss disrupts brainstem circuits for spatial hearing, leading to lasting deficits in high-frequency sound localization.

The paper identifies decision-making time cells in dorsal CA1 pyramidal neurons during associative learning in mice, showing sequential activity encodes temporal memory for decision-making.

This study investigates spatial hearing impairments in Fmr1 knockout mice, finding decreased prepulse inhibition and increased response latency during sound localization tasks.