Dan H. Sanes

The paper shows that gerbil auditory cortex can decode both vocalization categories and family identity from acoustic signals, despite acoustic variation.

This study shows that gerbils require prolonged practice to achieve expertise in amplitude modulation rate discrimination at shallow depths, with performance stabilizing and response times decreasing.

The paper identifies a cingulate cortex to auditory cortex pathway that enhances auditory perception under challenging listening conditions in gerbils.

The paper introduces the VCL Benchmark, a dataset for evaluating sound source localization algorithms in rodents using real and simulated audio data.

This study shows that overexpressing GABAB receptors in auditory cortex of gerbils with developmental hearing loss restores perceptual thresholds for temporal and spectral auditory cues.

This study examines how parietal cortex neurons transform acoustic information into decision variables during auditory tasks, showing task-dependent changes in neural decoding and clustering.

This study shows that dopaminergic signaling, specifically through D1/D5 receptors, enhances social learning in gerbils by facilitating faster task acquisition during auditory discrimination training.

This study shows that transient hearing loss during adolescence in gerbils causes long-lasting perceptual deficits due to altered auditory cortex processing, unlike adulthood hearing loss.