J. Gerard G. Borst

This study examines how delays in bushy cell axons contribute to sound localization in Mongolian gerbils, finding developmental changes in delay patterns and their impact on interaural time difference processing.

The paper examines how neuronal responses in the mouse inferior colliculus relate to behavioral detection of amplitude modulated sound, finding that a subset of neurons with large firing rate changes underlie this detection.

The paper estimates the synaptic cleft resistivity of the calyx of Held synapse using ephaptic coupling and prespike recordings, finding it to be approximately 1 S.

The paper investigates the development of the calyx of Held synapse in vivo, finding that only one synaptic input strengthens to calyceal levels, correlating with the largest VGluT cluster, and not indicating a structure-function mismatch.

The paper uses two-photon imaging in awake mice to study the functional organization of the dorsal and lateral cortices of the inferior colliculus, revealing spatial microheterogeneity and a frequency tuning gradient.