Matthias Deliano

This study investigates thalamic oscillatory mechanisms during motor sequence learning, finding distinct roles for beta-band power and beta-high-frequency coupling in supporting learning.

This study shows that VIM-DBS enhances motor learning for fixed sequential finger movements but not for random sequences, indicating its role in thalamo-cortical motor learning.

This study shows that different layers of the auditory cortex encode task-related and choice-related information during a behavioral task in rodents.

This study removes the extracellular matrix in auditory cortex and finds changes in synaptic activity patterns and frequency integration.

This study shows ketamine increases recurrent excitation in granular layers of the auditory cortex, leading to gain enhancement in response to auditory stimuli.

This study shows that optogenetic stimulation of the VTA enhances thalamic inputs to infragranular layers of the auditory cortex, leading to frequency-specific gain amplification and prolonged sensory processing effects.