Alexander Groh

This study shows corticothalamic layer 6 can bidirectionally modulate cortical and thalamic activity through optogenetic manipulation in mice.

This paper introduces a tactile discrimination task for freely moving mice, combining electrophysiology and calcium imaging to study neuronal dynamics during learning and behavior.

This study shows that neuronal bursts encode reward contingencies during learning in mice, with burst-coder neurons tracking stimulus-outcome associations and maintaining burst coding in cortex after devaluation.

The paper investigates how active and passive whisker deflections are represented in thalamic nuclei of awake mice, finding distinct response patterns in VPM and POm.

This study shows that layer 5 and 6 neurons in the primary somatosensory cortex modulate sensory gain and nociceptive behavior in opposite ways.

This study maps trans-collicular pathways in mice, revealing how somatosensory and motor cortical signals integrate in the superior colliculus through excitatory and inhibitory pathways.