Pierre F. Apostolides

The paper investigates how neurons in the non-lemniscal shell region of the inferior colliculus encode amplitude modulation in mice, showing that population coding, not individual neuron selectivity, accurately represents sound cues for speech perception.

The paper investigates auditory corticofugal neurons during a sound-discrimination task, finding that their activity correlates more with instrumental actions than with sound cues, suggesting non-auditory contributions to learning.

The paper identifies calcium-sensitive subthreshold oscillations in fusiform cells of the mouse dorsal cochlear nucleus, showing they arise from intrinsic neuronal properties and gap junctions, and are modulated by extracellular calcium.

The paper investigates how corticofugal inputs to the inferior colliculus generate inhibition through recurrent excitation and polysynaptic pathways despite sparse direct connections to GABA neurons.

This study shows that XE991, a Kv7 channel antagonist, also blocks glycine receptors, affecting both synaptic and exogenous glycine responses.