Intellectual property, Patent, Quality procedures, Biotechnology and Regional Economy
|Regulations, laws and Bioethics
Public policy, Laws on ethics, Animal experimentation, Biosafety
Procedures for drug approval
|Core Course||3||Christian Mésenge|
Elective courses: one specialization track, made of 3-4 teaching units, has to be chosen out of 4 possibilities
|Plasticity and cell communication
Synaptic plasticity, Neuron-glia interaction,
Membrane receptors, Trafficking
|Neurogenesis, Stem cells and transplantation
Neural progenitors, Migration, Differentiation,
|Neuroendocrinology and neurobiology of food intake
Basics of Neuroendocrinology
|From sensation to perception
Focus on 2 main examples:
Somatosensory and Visual perception
(Transduction, coding, elaboration of the
sensation, representation, integration).
|From perception to action
Neuronal pathways: Cortex, subcortical pathways,
spinal cord, effectors
Focus on biological Rhythms
|Computational neuroscience and neural network||Elective Course||3||Aix-Marseille|
Topographical and Functional anatomy of the brain using in vivo 3D fMRI and Tractography Interindividual variability in healthy subjects and in patients with chromosomal aberrations.
|Pathophysiology of neurological diseases
Epilepsy, Stroke, TBI and forensic, Inflammation, Genetic and developmental disorders.
|Diagnostic and therapeutic tools development
Principles of neuroimaging, Electroneurophysiology, Functional neuroimaging, Therapeutic neuroimaging, Stance and gait.
|Total semester 3||30|