Troy A. Hackett

This study shows that temporary threshold shift in macaques causes lasting impairments in temporal auditory processing despite normal hearing thresholds and preserved hair cells.

This study characterizes age-related hearing loss in rhesus macaques through histological, physiological, and cognitive assessments, finding correlations between auditory deficits and cognitive impairments.

This study examines cochlear histopathology in macaques after noise-induced temporary threshold shifts, finding no significant loss of hair cells or synapses but chronic ribbon enlargement.

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.

The paper identifies layer 1 inhibitory neurons and layer 6 excitatory neurons as hubs mediating cholinergic modulation in the mouse auditory cortex through distinct receptor mechanisms.

The paper examines microcircuit activity in macaque dlPFC using calcium imaging, showing that spontaneous activity is maintained by microcircuit architecture and correlates with cognitive performance.

This study identifies tinnitus-related changes in synaptic function of specific neuronal subtypes in an animal model, showing increased excitability in pyramidal and VIP neurons that correlate with tinnitus behavior.

The paper identifies that motor preparatory inputs activate auditory corticothalamic neurons before orofacial movements in mice.