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Theophile DEJARDIN

PARIS

En résumé

Mes compétences :
Electrical
Engineering
Neuroscience
Research
Research & Development
Tissue Engineering

Entreprises

  • Institut Jacques Monod - Post-doctoral fellow

    2014 - maintenant We are interested in finding an answer to two basic questions : (1) what is the relationship between the physical properties (amplitude, gradients, geometry) of extracellular mechanical tensions (and rigidity) and the intracellular biological response, and (2) what are the underlying molecular and physical mechanisms that sustain cell polarity (subcellular asymmetries relying on the differential and dynamic balance of regionalization of the processes)?

    We are currently developing methods based on the measurement of macromolecular interactions by fluorescence microscopy combined with nanomanipulation of individual cells to determine the effect of the mechanical properties of the extracellular matrix on the dynamic behaviour of subcellular complexes and on change in cell shape.
  • CCE Glasgow uni - Master internship

    2009 - 2009 Studying the Influence of penetratin derivatised iron oxide nanoparticles on human fibroblast in vitro.
  • IPG (Institut Pasteur de Guyane) - Three months internship

    2008 - 2008 PCR methods to detect Dengue virus and Hanta virus.
  • INERA (national institute of environment and agricultural research) in Burkina Faso - Internship

    2006 - 2006 Studying desertification phenomena in Sahel desert.
  • GENTAUR - Internship

    2005 - 2005 Preparing early development of an antibody production.

Formations

  • Ecole De Biologie Industrielle (EBI) (Cergy Pontoise)

    Cergy Pontoise maintenant
  • Glasgow University (Glasgow)

    Glasgow 2009 - 2013 PhD

    College of Medicine,Veterinary and Life Sciences Centre for cell engineering

    Designing an electroactive conduit for nerve regeneration in the peripheral nerve system.
    The use of “nerve tubes” which are in this context tubular conduits, that aim to connect the two opposing ends of a severed nerve and that guide axons across the gap, are a promising alternative to autologous nerve graft repair.
  • Ecole Biologie Industrielle Cergy (Cergy Pontoise)

    Cergy Pontoise 2007 - 2009 Biotechnology-Biodepollution-Formulation-Toxicology-Management R&D
  • Ecole Biologie Industrielle Cergy

    Cergy Pontoise 2003 - 2009 Research and Developement

Réseau

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