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Genetics and Brain Tumour Development
The objective of the "Genetics and Development of Brain Tumours" team is to identify new genetic mutations and biomarkers of brain tumours, as well as to understand the cellular and molecular mechanisms involved in their development.
Team leader(s) Read moreFrontlab: system functions and malfunctions
The goal of the Frontlab team is to better understand the role and organization of the prefrontal cortex in the control, activation and inhibition of voluntary directed behaviours and its modulating effect on creative thinking and how it interacts
Team leader(s) Read moreDynamics of Epileptic Networks and Neuronal Excitability
The team "Dynamics of Epileptic Networks and Neuronal Excitability" explores how the brain becomes epileptic (epileptogenesis), how it produces seizures (ictogenesis) and the relationships between neurophysiological activities and clinical semiology
Team leader(s) Read moreBrain Development
The "Brain Development" team, led by Bassem HASSAN, is interested in the formation of neurons and neural networks during brain development thanks to models of Drosophila and murine flies. The team is studying the transcriptional control of embryonic
Team leader(s) Read moreStructural Dynamics of Neural Networks
The Network Structural Dynamics team aims to develop and use innovative 3D brain imaging technology and genetic tools to:
Team leader(s) Read moreNeuronal Circuits & Brain Dynamics
The "Neuronal Circuits & Brain Dynamics" team is interested in the organization of neural circuits and how the collective action of neurons gives rise to complex and emerging brain dynamics and behaviour.
Team leader(s) Read moreCauses of ALS and mechanisms of motor neural degeneration
The team led by Séverine BOILLEE is interested in the mechanisms that induce motoneuron degeneration in ALS and that may result from a deleterious interaction between these neurons and microglial and macrophage cells (immune system cells).
Team leader(s) Read moreCognitive control – interoception – attention
The team led by Liane SCHMIDT & Philippe FOSSATI aims to understand how cognitive control mechanisms integrate external and internal cues and how this integration affects the behaviour of healthy subjects and patients with disorders such as
Team leader(s) Read moreAlgorithms, Models and Methods for Images and Signals of the Human Brain
The ARAMIS team, led by Olivier COLLIOT & Stanley DURRLEMAN, aims to build numerical models of brain diseases, particularly neurodegenerative pathologies, from multimodal patient databases. The main approaches used are machine learning (artificial
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