Alessandro Scaglione

The paper shows that dopamine neurons in the ventral tegmental area causally drive basal forebrain bursting neurons to propagate reward prediction signals on a millisecond timescale.

This study uses EEG and machine learning to classify meditation styles and mind-wandering, showing high accuracy within individuals but poor generalization across subjects.

This paper introduces a new platform for hyperscanning in freely moving mice to study inter-brain synchrony during social interaction, finding frequency-dependent synchronization across the cortex.

This study shows that anesthesia levels affect the spatiotemporal features and functional connectivity of sensory-evoked responses in the mouse cortex, with the late component persisting under anesthesia.

The paper uses all-optical methods in awake mice to reveal a segregated functional organization of forelimb representations in the motor cortex, identifying a new lateral grasping area.

The paper uses calcium imaging to study neocortical dynamics during reach-to-grasp tasks in mice, revealing distributed and localized neural activity patterns.

This study identifies spatiotemporal propagation indicators from cortical activity in mice to track stroke-induced motor deficits and recovery across different rehabilitation paradigms.

This study identifies that combined optogenetic stimulation and motor training restores pre-stroke motor-evoked cortical activity, distinguishing it as the most effective post-stroke rehabilitation therapy.

The paper evaluates red-shifted GECIs for in vivo imaging of cortical neuronal activity during motor tasks in mice, finding jRCaMP1a suitable for longitudinal monitoring.