Bordeaux Neurocampus

The department is at the forefront of research on the brain and the pathologies that affect it, and is one of the leading European centers for research in neuroscience, from the molecular level to patient care.

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Over the last 10 years, the University of Bordeaux’s neuroscience community has become one of the most productive and attractive in France and Europe. All neuroscience laboratories are grouped under a common entity: Bordeaux Neurocampus. Research conducted by some 50 teams comprising a total of around 650 scientists is advancing our knowledge of how the brain works, whether healthy or sick, and developing new approaches that are both therapeutic and preventive for the diseases that affect it.

The Bordeaux Neurocampus laboratories are experts in a wide range of skills and technologies ranging from molecular and cellular biology to biomedical imaging in humans.

Their fields of expertise are: cellular biology of nervous system cells and synapses, dynamics of neuronal circuits, neurodevelopment, psychiatric pathologies, motor and sensorial systems, addiction, cognition and memory, neurodegenerative diseases, physiology and movement disorders, neuroimaging, neurophotonics, neuroendocrinology, nutrition and sleep disorders.

Scientists in the community, involved in fundamental and clinical research, benefit from several state-of-the-art technical platforms, training programs and a wide range of conferences.

Management and leadership 

  • Director: Nathalie Sans
  • Administrative/management assistant: Jennifer Annette
  • Editorial webmaster/communication officer: Arnaud Rodriguez
  • LabEx BRAIN manager: Claire Herzog
  • LabEx BRAIN officer: Julia Goncalves

Activities

The Bordeaux Neurocampus department coordinates joint activities (internal communication, seminars, doctoral training, international meetings and outreach activities) and acts as a privileged intermediary between the units and the University of Bordeaux. Access to sophisticated facilities and equipment - some twenty platforms - coupled with the multidisciplinary nature of the research work are factors of excellence that encourage cross-disciplinary approaches.

Bordeaux Neurocampus was awarded a Laboratory of Excellence title in 2010, LabEx BRAIN, thus receiving a government grant of €20 million, which has enabled the community to acquire significant resources and achieve a high-level of excellence.

Bordeaux Neurocampus benefits from a Graduate research program and houses the Bordeaux School of Neuroscience, a training platform that is unique in Europe. This training laboratory focuses on teaching "research through research" and is open to the entire international community.

Finally, Bordeaux Neurocampus is anchored in the international community through collaborative research projects with countries around the world, conferences open to the local and global neuroscience community, the Graduate research program, the Neurasmus Master program and the many international doctoral and post-doctoral students present in the laboratories.

The department encompasses 9 strategic research fields:

  • Cellular biology and development of the nervous system cells and synapses
  • Dynamics of neuronal circuits
  • Motor and sensorial systems
  • Addiction and vulnerability, drug addiction
  • Brain, cognition and behavior
  • Psychiatric pathologies
  • Neurological diseases
  • Nutrition and health
  • Neurotechnologies (development of new technologies for neuroscience)

Key figures

  • 6 research units, 51 research teams
  • 650 researchers (of which 140 are doctoral students)
  • 20 technological platforms (of which 3 are IBISA-certified)

Component structures of the department

This department is composed of 8 primary units.

Research units:

Service unit: 

Governance

Component council

The council is composed of 28 members, including 14 lecturer-researchers and researchers, 7 support staff, 4 doctoral and post-doctoral students and 3 external members.

Other components

  • Graduate research program
  • LabEx BRAIN
  • Nutribrain (technology transfer cell)

Platforms 

University of Bordeaux certified platforms

  • Bordeaux Imaging Center (BIC)
  • Protein Biochemistry & Biophysics Platform (BioProt)
  • Motricity Analysis Platform (PAM), INCIA
  • Neuro-Psychopharmacological Research Platform, SANPSY
  • Transcriptomics Platform, Magendie Neurocenter

Equipments of Excellence

  • Optopath
  • Phenovirt, SANPSY
  • Bordeaux Imaging Center (BIC)

Other platforms

  • Bioinformatics - Magendie Neurocenter
  • Cellular biology - IINS
  • Analytical chemistry - Magendie Neurocenter
  • Primate experimentation – IMN
  • Anatomical and histological exploration - Magendie Neurocenter
  • Cellular electrophysiology (Phycell) - INCIA
  • Genotyping - Magendie Neurocenter
  • Laser microdissection - Magendie Neurocenter
  • In Vivo Pole (PIV) - IINS / IMN
  • TEP – INCIA
  • Vectorology - IMN

Training platform 

Doctoral schools

More than 250 doctoral students are registered at the Doctoral School for Life and Health Sciences. Around 120 of them carry out their research work in the Bordeaux Neurocampus laboratories. Bordeaux Neurocampus also welcomes students from other doctoral schools (public health, physics, etc.).

Partnerships

Department and unit supervision:

  • Bordeaux University Hospital
  • CNRS
  • INRAE
  • Inserm

Other supervisors of research units:

  • CEA
  • EPHE
  • INP
  • Inria

Partners

  • Centre Charles Perrens
  • French Neuroscience Society
  • Maison du Cerveau
  • Neuroscience in Bordeaux Association (NBA - student association)
  • FRM Aquitaine
  • FRC Neurodon
  • BIND
  • FHU Talisment

Themes :

Recherche

Updated on 07/05/2020

Contact

Jennifer ANNETTE
Administrative and financial manager

Centre Broca Nouvelle-Aquitaine
146, rue Léo Saignat
33076 Bordeaux Cedex

05 33 51 47 92
Contact by email

Research booklet

Discover our multidisciplinary, interdisciplinary and international research!

Keywords

Neuroscience, synapse, cellular imaging, electrophysiology, optogenetics, neurotechnologies, behavior, addiction, neural networks, neurological diseases, sleep, motor systems, memory, stress, pain, hearing system, balance, psychiatric diseases, nutrition, Parkinson's, dementia, Alzheimer's, amyotrophic lateral sclerosis, epilepsy, multiple sclerosis, sleep.

Find out more

Consult the Bordeaux Neurocampus website.