
Neurosciences [217]


Lorenzo Panelatti
Neural Circuit Dynamics and Decision Making

Clément Gaultier
Center for Research and Innovation in Human Audiology

Quantitative Imaging and Mathematical Modeling of Biological Processes
Thibault Lagache

Iwan Quemada
Emotional circuits

GeneSpeech Project
Anne-Lise Giraud • Sophie Bouton

Mathis Fleury
Human Genetics and Cognitive Functions

Translational study of the neural circuits underlying the negative emotional biases of depressive disorders and their response to ketamine
Mariana Alonso • Chantal Henry

Effect of mood states on neural connectome
Mariana Alonso

Array
The microbial communities that live with us, the microbiota, are now understood to be a key component of our being, playing roles in metabolism, immunity and behavior. More than a decade has elapsed since […]

Kama Atretkhany
Microenvironment and Immunity
Postdoctoral researcher with strong expertise in neuroimmunology, T cell biology, and mouse models of multiple sclerosis and sepsis. Currently interested in how cytokines and endocrine factors shape neuronal basis of behaviour during psychological stress […]

Rémy Masson
Neural coding and neuroengineering of human speech functions
I am a Research Engineer in the “Neural coding and neuroengineering of human speech function”. My research interests include EEG & MEG signal processing, auditory & speech perception, neural oscillations & evoked responses.

Cell-Cell Interactions in Neurodegenerative diseases: Models and Biotherapies (CEA)
Research focus and objectives of the team Our working hypothesis is that the selective neuronal dysfunctions and death occurring in many neurodegenerative diseases originate not only from neuron-intrinsic impairments but also from the convergence […]

Justus Ninnemann
Microenvironment and Immunity

Alex Barbier–Chebbah
Decision and Bayesian Computation – Epiméthée
Presentations I am a theoretical physicist working at the frontier of statistical physics and computational biology. I combine analytical and numerical approaches to understand biological systems using physico-mathematical models. I initially explored random walk […]
