Haematopoiesis & Immunity in Drosophila

Michelle Crozatier-Borde

Marc Haenlin

05 61 55 82 90

05 61 55 68 23

Team members

  Research engineer
  • Caroline Monod
  • Vanessa Gobert
  • Marc Haenlin
  • Michelle Crozatier-Borde
  • Nathalie Vanzo
  • François Chassagne
  Associate professor
  • Gaelle Le Breton
  Technical staff
  • Benoit Augé-Duboé
  • Amelie Destenabes
  • Julien Favier
  Postdoctoral fellow
  • Ismael Morin-Poulard
  PhD student
  • Xiaohui Liu
  • Delhia Gigan
  • Yushun Tian


We have a long-standing interest in understanding hematopoiesis using Drosophila melanogaster as a model system. By combining multidisciplinary and integrated approaches encompassing Development, Genetics, Cell Biology and Molecular Biology, we aim at elucidating how blood cell development/formation is orchestrated and modulated under normal and pathological situations. Particularly, we aim at understanding how homeostatic blood cell production is regulated under normal conditions and in response to an immune stress. This includes determining how blood cell fates are specified, which mechanisms control the blood cell progenitor population maintenance versus defferentiation, the dialogues between micro-environment/niche cells and these progenitors, and how an emergency hematopoiesis is induced in response to parasite infestations in order to develop an adapted cellular immune response.

Keywords : Hematopoiesis, microenvironment/niche, lymph gland, stem-progenitor cells, blood cells, cardiac/vascular cells, Drosophila, signaling pathways, regulatory networks, cell plasticity.




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