In vitro and in vivo toxicological study of three types of nanoparticles od economic interest in the walloon region

  • Lucas, Stephane (PI)
  • TOUSSAINT, Olivier (PI)
  • BELOT, Nathalie (Researcher)
  • BOTMAN, Marie-Christine (Researcher)
  • De Glas, Valerie (Technician)
  • Fattaccioli, Antoine (Technician)
  • Fransolet, Maude (Technician)
  • FRIPPIAT, Christophe (Researcher)
  • GALLOY, Christine (Researcher)
  • JACQUES, Diane (Researcher)
  • LAMBINON, Francoise (Technician)
  • LESCRENIER, Meredith (Technician)
  • MARIJSSE, Jerome (Researcher)
  • NOEL, Florence (Technician)
  • PIRET, JEAN-PASCAL (Researcher)
  • ROLIN, Stephanie (Researcher)
  • Saout, Christelle (Researcher)
  • VANKONINGSLOO, Sebastien (Researcher)
  • HESPEL, Bertrand (CoI)
  • Leonis, Jean-Paul (Support role)
  • LOZANO GARCIA, Omar (Researcher)
  • Alpan, Lutfiye (Technician)
  • Laloy, Julie (Researcher)

Project: Research

Project Details


this project aims at studying the toxicology of three types of nanoparticles in both in vitro and in vivo systems. The main contact points of nanoparticles and the human body will be studied : skin and mucosal tissues, respiratory tract and digestive system.
Effective start/end date1/01/0631/12/11


  • in vivo
  • in vitro
  • toxicology
  • nanoparticles