Elaida D. Dimwamwa

This study shows that layer 6 corticothalamic neurons in awake mice encode tactile stimuli presence but not fine details, and predict behavioral outcomes in a detection task.

The paper identifies distinct modality-specific sensory coding in the frontal cortex of mice, showing that sensory representations and feedback circuits are partially dissociated.

This study shows that L6CT neuron activation induces high gamma oscillations in the cortex through cortico-thalamo-cortical and intracortical pathways, with the latter shaping oscillation frequency.

The paper investigates rapid sensory adaptation across multiple timescales in the thalamocortical circuit using multi-electrode recordings in mice, revealing two distinct adaptation timescales and their neural mechanisms.

This study investigates how cortical layer 6 feedback neurons modulate thalamic activity in awake mice, showing they can suppress or enhance thalamic spiking based on firing rate and synchrony.