Meeting room: Auditorium Médiathèque Jacques Ellul – Pessac

from Marsicano's lab will give a presentation entitled 'Sport : quand la motivation dépasse la raison'

Recent work has shown that these receptors are also present in the mitochondrial membranes of the brain where they regulate the bioenergetic processes and amnesic effects of cannabinoids. Thus, the pharmacological effects of cannabinoids derived from cannabis are partially dependent on the regulation of cerebral mitochondrial activity.

CB1 receptors in the anterior piriform cortex control odor preference memory
Geoffrey Terral1,2, Arnau Busquets-Garcia1,2, Marjorie Varilh1,2, Svein Achicallende3,4, Astrid Cannich1,2, Luigi Bellocchio1,2, Itziar Bonilla-Del Río3,4, Federico Massa1,2, Nagore Puente3,4, Edgar Soria-Gomez1,2,3,4,5, Pedro Grandes3,4, Guillaume Ferreira2,6,* & Giovanni Marsicano1,2,*

Giovanni Marsicano is member of the prestigious EMBO, European Molecular Biology Organization. The EMBO Election is a recognition of the research excellence and outstanding achievements of a life sciences researcher.

The competition of the SVS doctoral school of the University of Bordeaux has given its verdict: the Neurocentre gleaned 4 of the 16 doctoral contracts. Congratulations to Mohamed-Lyès KACI (Eq. Abrous, Thesis Director Muriel Koehl) who ranks 5th, Emma MESGUICH (Eq. Marsicano, Thesis Director France Chaouloff) who ranks 7th, Pierre-Louis RAUX (Eq. Revest, Thesis Director Monique Vallée) who ranks 11th and Yifan WU (Eq. Beyeler) who ranks 17th. They will join the centre's teams from next school year.

Meeting room: Neurocentre Magendie Seminar Room

Olfaction has long been considered as a « secondary » sensory modality but recent discoveries highlighted its central role in brain functions. During the first session of this symposium, the neurobiological bases of olfactory learning from the early stages of life (Coureaud, Sullivan) to adulthood (Busquets-Garcia, Nicole) will be illustrated. The second session will primarily focus on the physiology of the first relays of olfactory information processing, namely the olfactory bulb and the piriform cortex (or homologous structures in Drosophila), as well as their strong interactions (Nissant, Plaçais, Martin and Wilson)