behavioral neuroscience

Primate Motor Cognition & Behavior

Primate Motor Cognition & Behavior

L’attività di ricerca è volta a studiare i meccanismi neurali corticali che sottendono il controllo motorio, utilizzando un modello animale con primati non umani. L’obiettivo principale è indagare i processi di pianificazione, monitoraggio e adattamento delle azioni individuali durante l’interazione con altri individui. Il nostro lavoro integra neurofisiologia comportamentale, analisi computazionale e paradigmi di decision-making sociale per comprendere i processi neurali che guidano la coordinazione motoria tra soggetti interagenti. 

Mechanisms of social prediction in the cerebellum: an integrated multilevel approach.

Mechanisms of social prediction in the cerebellum: an integrated multilevel approach.

Il gruppo di ricerca è volto allo studio del ruolo predittivo del Cervelletto nell’ambito della Cognizione Sociale.

Vengono sviluppati paradigmi comportamentali dedicati a testare specificamente le abilità predittive sociali a diversi livelli di complessità.

THE CEREBELLUM AND AUTISM SPECTRUM DISORDERS

THE CEREBELLUM AND AUTISM SPECTRUM DISORDERS

Il Disturbo dello Spettro Autistico (DSA) è una condizione neuroevolutiva complessa, caratterizzata da deficit nelle interazioni sociali, spesso associati a disfunzioni nella processazione emotiva iniziale e a squilibri della funzione autonomica.

Psicobiologia dei disturbi del comportamento

Psicobiologia dei disturbi del comportamento

Il gruppo si occupa di studiare i processi psicobiologici associati ai disturbi del comportamento sia nell'uomo che nei modelli animali.

Tracking the leader: Gaze behavior in group interactions

Can social gaze behavior reveal the leader during real-world group interactions? To answer this question, we developed a novel tripartite approach combining (1) computer vision methods for remote gaze estimation, (2) a detailed taxonomy to encode the implicit semantics of multi-party gaze features, and (3) machine learning methods to establish dependencies between leadership and visual behaviors. We found that social gaze behavior distinctively identified group leaders.

The way to “left” piazza del Popolo. damage to white matter tracts in representational neglect for places

The ability of seeing with the mind’s eye, the visual mental imagery, is peculiarly compromised in patients with representational neglect. Representational neglect affects the processing of the left side of a mental image and may selectively concern the ability to imagine places and/or objects. Right-brain damaged patients with representational neglect for places (RN+) lose the ability to imagine themselves within a familiar place and fail in transforming an egocentric representation of the environment into an allocentric one and vice-versa.

Norepinephrine in the medial pre-frontal cortex supports accumbens shell responses to a novel palatable food in food-restricted mice only

Previous findings from this laboratory demonstrate: (1) that different classes of addictive drugs require intact norepinephrine (NE) transmission in the medial pre Frontal Cortex (mpFC) to promote conditioned place preference and to increase dopamine (DA) tone in the nucleus accumbens shell (NAc Shell); (2) that only food-restricted mice require intact NE transmission in the mpFC to develop conditioned preference for a context associated with milk chocolate; and (3) that food-restricted mice show a significantly larger increase of mpFC NE outflow then free fed mice when experiencing the pal

Deontological morality can be experimentally enhanced by increasing disgust. A transcranial direct current stimulation study

Previous studies empirically support the existence of a distinctive association between deontological (but not altruistic) guilt and both disgust and obsessive-compulsive (OC) symptoms. Given that the neural substrate underlying deontological guilt comprises brain regions strictly implicated in the emotion of disgust (i.e. the insula), the present study aimed to test the hypothesis that indirect stimulation of the insula via transcranial direct current stimulation (tDCS) would enhance disgust and morality in the deontological domain.

Changes in predictive cuing modulate the hemispheric distribution of the P1 inhibitory response to attentional targets

Brain activity related to orienting of attention with spatial cues and brain responses to attentional targets are influenced the probabilistic contingency between cues and targets. Compared to predictive cues, cues predicting at chance the location of targets reduce the filtering out of uncued locations and the costs in reorienting attention to targets presented at these locations. Slagter et al.

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