Translational Neuroscience and Clinical Applications


Research Works

Principal investigator : Jan-Patrick STELLMANN

The group conducts MRI clinical research using advanced MR biomarkers (@ 3T & 7T) developed in the team to better understand and predict the mechanisms and consequences of the pathophysiological processes occurring in Multiple Sclerosis, Epilepsy, ALS, Spinal cord injury and other diseases such as Parkinson, AD, myelopathies, anorexia and obesity. Concurrently, function and dysfunction of specific neural networks (visual, attentional systems) are studied using these pathologies as models.

Group Members:

  • Leader: Jan-Patrick Stellmann (MCU-PH, Radiology, AMU/APHM)
  • Jean Pelletier (PU-PH Neurology, AMU/APHM)
  • Bertrand Audoin (PU-PH Neurology, AMU/APHM)
  • Maxime Guye (PU-PH Biophysics, AMU/APHM)
  • Adil Maarouf (MCU-PH, Neurology, AMU/APHM)
  • Jean-Philippe Ranjeva (PR Neuroscience)
  • Wafaa Zaaraoui (CR CNRS)
  • Julia Makhalova (PH Neurophysiology, APHM)
  • Benoit Testud (AHU Radiology, AMU/APHM)
  • Audrey Rico (PH Neurology, APHM)
  • Aude-Marie Grapperon (PH Neurology, APHM)
  • Stefan GRIMALDI (MCU-PH)

Post-Doctoral researchers :

  • Penelope TILSLEY (Epilepsy)
  • Roy HAAST (Epilepsy)
  • Mohamed Mounir El MENDILI (MS & ALS)

PhD students :

  • Kushboo PENJABI (Multiple Sclerosis and visual system)
  • Alexia THOUVENOT (Multiple Sclerosis)
  • Coleen ROGER (Anorexia & Obesity)
  • Maëva COTINAT (MS & Stroke)

 

Associated Keywords

  • Brain Connectivity
  • Connectivity
  • Image Processing
  • Image Registration
  • Image Segmentation
  • Inhomogenous Magnetization Transfer (ihMT)
  • Metabolism
  • Energy metabolism
  • Microstructure/architecture
  • MR Physics / MR Method developments
  • Multiple Sclerosis
  • Neuropsychology
  • New Contrasts
  • New MR Biomarkers
  • Parkinson disease
  • Quantitative Brain Multimodal imaging
  • Quantitative MRI
  • Quantitative MRS
  • Sodium Homeostatis
  • Sodium MRI
  • Spinal Cord
  • Ultra-high field MRI
  • X-Nuclei

Projects