The Memory, Aging and Plasticity team studies the phenomena of adaptation and plasticity related to
spatial memory and episodic memory, by analyzing the normal functioning of the
brain structures involved as well as their deregulation with age or in disorders
thought to result from memory dysfunction. Mechanisms of learning-induced
plasticity will be studied from the molecular, cellular, pharmacological and
cognitive angles, which constitute the basis of our team’s strength and
originality. The work will emphasize the role of hippocampal regions and their
connections, which predominantly influence the processes of memory
acquisition, consolidation, recall and reconsolidation. The long-term storage of
this information depends on a reorganization of neuronal networks that requires
high levels of protein synthesis and the degradation of particular proteins immediately after acquisition, in order for consolidation or reconsolidation to
take place. These two phenomena are central to our work, as is the phenomenon
of neurogenesis in the adult hippocampus, its modulation by cognitive
stimulation, and its potential role in neurodegenerative disorders.
The research activity of the team is organized according to
5 main axes :