NCCR-Synapsy

The Synaptic Bases of Mental Diseases

Social interactions divert the established motivational system

A Synapsy study has demonstrated that the first step required to embark on a social interaction, moving towards others, follows a neural pathway that lies outside the system of motivation that had previously been known to be at the forefront Read more…


Gene-environment interactions that drives autism

A UNIGE team demonstrates how genes and environment interact in autistic disorders, thus explaining the vast variability of the disease’s symptoms. People with autism spectrum disorders all have characteristic behavioural difficulties. Nevertheless, the important heterogeneity of their symptoms remains one of the Read more…


Tracking neurons that make us sociable

A team from Synapsy has discovered that neurons linked to the reward system are responsible for motivating us to interact with our fellow human beings. Human beings, like most mammals, need social interactions to live and develop. The processes that Read more…


An algorithm to predict psychotic illnesses

Neuroscientists have used for the first time the method of longitudinal network analysis applied to children, in order to detect the symptoms that herald the development of psychotic illness in the future. One third of children with a microdeletion of Read more…


Autism: a spectrum on the path to segmentation

A UNIGE study backed by Synapsy has shown that the basic states of the brain functions of young children with autism spectrum disorder have a signature that is specific to their clinical profile. This discovery marks a step forward in Read more…


Using video for the early detection of autism

Using artificial intelligence, a Synapsy team from the UNIGE has developed a device for the early detection of autism spectrum disorder in children. Individuals affected by autism spectrum disorder often present communication issues and difficulties in social interactions. Although very Read more…


Using genetics and sharing to study autism

French researcher Thomas Bourgeron is a pioneer in genetic research on autism. The professor was also our guest at the last Neurobiology of Mental Health conference. In this article, he tells us all about his initial findings that link genes Read more…


A New Publication on Social Deficits by Claudia Bagni’s Group

At a time when our entire society has to increase social distance because of Covid-19, Claudia Bagni, a Synapsy member and Professor of neuroscience at the University of Lausanne, goes against the trend and publishes a paper that highlights a Read more…


27 février 2020: “Que nous apprend la recherche génétique sur l’autisme?”

27 février 2020: "Que nous apprend la recherche génétique sur l'autisme?"

Prof. Thomas BOURGERON Directeur du Centre de recherche translationnelle «Génétique humaine et fonctions cognitives», Institut Pasteur, Paris Si les scientifiques soupçonnent depuis longtemps la génétique de jouer un rôle majeur dans l’apparition des troubles du spectre autistique, les premiers gènes Read more…