Edward L. Bartlett

This paper develops a machine-learning classifier using dynamic amplitude-modulated EFRs to detect cochlear neural degeneration in animals and humans, showing it can distinguish age groups without retraining.

This paper develops a supervised CNN for automated ABR peak classification with high accuracy across sound levels and noise exposure.

This study shows that central auditory decline occurs before cochlear deficits in a D-galactose-induced aging model in rats.

This study investigates how infrared neural stimulation (INS) affects local field potentials in the auditory cortex of rats, revealing frequency-specific entrainment and nonlinear oscillations.

This paper introduces a faster and more efficient method to measure envelope following responses (EFRs) using dynamic amplitude-modulated stimuli, achieving higher spectrotemporal resolution and reduced recording time across multiple species.

The paper provides a practical guide to Bayesian inference in neuroscience, demonstrating its application through regression and ANOVA models with rodent auditory data and offering an open-source toolkit.

This paper demonstrates that infrared neural stimulation (INS) provides spatially constrained responses in thalamocortical circuits and enables closed-loop control using deep reinforcement learning.

The paper shows that reduced temporal signal clarity increases repetition-enhancement in MGB units, which is blocked by corticothalamic inactivation, suggesting cortical inputs enhance weak signal coding.

This study examines auditory system recovery after mild blast trauma in rats over two months, finding multiphasic recovery with persistent central deficits.

This study investigates how aging affects the sensitivity to temporal envelopes of speech-like sounds in rats, finding increased sensitivity to onset and periodicity in the inferior colliculus.

This study observes persistent neuronal activity in primate auditory cortex after sensory stimulation without a working memory task, suggesting it may have broader functional roles.

The paper investigates how global state changes affect mutual information in the thalamocortical network during unconsciousness, finding non-reciprocal reductions in mutual information and increased cortical synchrony.

This study compares age-related declines in behavioral AMF discrimination and EFRs in rats, finding greater perceptual deficits than neural response declines.