CONTACTS
General questions about the MASTER of NEUROSCIENCES can be addressed to master-coordinator Corine AMAT (corine.amat@univ-lyon1.fr)
Administrative information can be obtained from the student office of the UFR Biosciences (candidatures.biosciences@univ-lyon1.fr) or from the international student office of UCB Lyon 1.
For more specific information about the different paths, please contact the path-coordinators listed below
Corine AMAT
tel: + 33 (0)4 72 91 34 07
email: corine.amat@univ-lyon1.fr
My main research interest concerns oscillatory dynamics in information processing (from olfactory circuit to a broad brain region). I am looking for a common signal which could favor communication between brain areas mainly using electrophysiological tools
Marion RICHARD
tel: + 33 (0)4 81 10 65 20
email: marion.richard@univ-lyon1.fr
web: https://orcid.org/0000-0003-0175-2637
My main research interest concerns brain aging, focusing on its cellular bases and odor-based strategies to promote better aging in mice and humans
My main research interest focuses on the interaction between structure and dynamics in neural circuits, with a particular emphasis on oscillatory activity and the roles of different types of interneurons. I am especially interested by how the emergent dynamics of neuronal networks contribute to information processing and communication within and across brain regions
Irene CRISTOFORI
email: irene.cristofori@univ-lyon1.fr
My primary research interest is in understanding the human prefrontal cortex and improving its functions after brain lesion. I have additional interests in functional recovery, learning, executive functions, and social neuroscience. I use structural MRI, psychophysiological recordings, and behavior as tools in this research effort
Anne DIDIER
tel: + 33 (0)4 81 10 65 18
email: anne.didier@univ-lyon1.fr
My primary research interest is in the neural substrate of olfactory perception in physiological condition and during aging. I have additional interest in the neurobiology of olfactory learning and central processing of learned odorants. I mostly use behavioral and cellular approaches in mice