2007-present Research associate (CR1)
INSERM, Unit 1249, INMED, Marseille, France
Project: Structure/function of somatosensory cortical circuits involved in associative learning
2000-2007 Postdoc, Lab. Dr. K. Svoboda
Cold Spring Harbor Laboratory, New York, USA
Project: The circuit diagram of the developing somatosensory cortex from rodents
1996-2000 PhD student, Lab. Dr. C. Mulle
François Magendie Institute, Bordeaux, France
Project: The roles of AMPA and kainate receptors, two types of glutamate receptors, in the synaptic transmission of interneurons
My group investigates the structure / function relationships of neuronal networks in sensory cortex. A distinct feature of sensory cortex is the precise organization of connectivity in columns and laminae. What function does it serve? Under what circumstances is this organization altered and with what consequences for sensory integration? We are most particularly interested in the function of cortical circuits in associative learning where animals learn to pair a task event with a sensory stimulus. This training modifies the neuronal representation of that stimulus in the cortical map. Our goal is to identify the circuits underlying this transformation and to study how their plasticity contributes to the control of behavior. To this aim, we combine behavioral studies and electrophysiology. Our model system is the barrel cortex, a region of the primary somatosensory cortex dedicated to whiskers.