Tonotopy is an essential functional organization in the mammalian auditory cortex, and its
source in the primary auditory cortex (A1) is the incoming frequency-related topographical …

Despite decades of microelectrode recordings, fundamental questions remain about how
auditory cortex represents sound-source location. Here, we used in vivo 2-photon calcium …

Although temporal information processing is important in auditory perception, the
mechanisms for coding tonal offsets are unknown. We investigated cortical responses …

Tonotopic map plasticity in the adult auditory cortex (AC) is a well established and oft-cited
measure of auditory associative learning in classical conditioning paradigms. However, its …

Anesthesia affects central auditory processing. However, it is unclear to what extent the
choice of anesthetic agent affects neural responses to sound stimulation. A mixture of three …

Neural responses to sudden changes can be observed in many parts of the sensory
pathways at different organizational levels. For example, deviants that violate regularity at …

Much of our understanding about how acetylcholine modulates prefrontal cortical (PFC)
networks comes from behavioral experiments that examine cortical dynamics during highly …

Most behaviors in mammals are directly or indirectly guided by prior experience and
therefore depend on the ability of our brains to form memories. The ability to form an …

A fundamental task for the auditory system is to process communication sounds according to
their behavioral significance. In many mammalian species, pup calls became more …

Sensory responses typically vary depending on the recent history of sensory experience.
This is essential for processes, including adaptation, efficient coding, and change detection …