
Projet: SensoSkin
À propos
Project : SensoSkin
Apical extracellular matrix (aECM) shapes and protects the epithelium in all organisms. We previously showed that like skin damage or infection, changing the mechanical properties of the aECM activate an immune response in the C. elegans epidermis. Using interdisciplinary approaches, our aim is to decipher how the epidermis is sensing the mechanical state of the aECM. Our studies are expected to give fundamental insights into how the aECM physical properties affect tissue homeostasie and immunity in other animals.

OBJECTIVES :
- Uncover how aECM morphogenesis is coupled to epidermal cytoskeletal reorganisation,
- Define the biophysical properties of the skin and formulate a predictive model, in collaboration with Claire Valotteau DyNaMo, Centuri Marseille & Alexander Erlich, LIPhy Grenoble,
- Characterise the cellular structure(s) relaying aECM tension to the epidermis.





