We are a young and dynamic group based in the Matière et Système Complexes laboratory in the heart of the Paris Rive Gauche district within the Université Paris Cité.
We study the self-organization, mechanics, and emergent properties of model tissues, viewed as active living matter, in the contexts of muscle differentiation and tumour progression. By combining approaches from cell biology, nanotechnology, biophysics, and mechanobiology, we investigate how cellular activity, tissue architecture, and mechanical forces interact to shape the organization and fate of active tissues. The focus is on two particular areas : understanding how mechanical cues and cell-generated forces regulate tissue remodeling and contribute to muscle differentiation and to tumour invasion. Our aim is not only to decipher the physical and biological principles governing tissue organization and mechanics, but also to understand how these processes can be modulated by applying or controlling physical constraints, ultimately providing new ways to influence tissue fate and pathological progression.
RESEARCH INTERESTS
Active tissues and emergent self-organization.
Architecture of model tissues under physical constraints, Mechanobiology of model tissues,
Multicellular communication and dynamics,
Muscle cell differentiation
Tumoral progression.
TOOLS
3D cell culture and multicellular aggregates
Magnetic manipulation and actuation
Advanced microscopy and quantitative imaging
Cell and tissue biology
Tissue mechanics and rheology
Image analysis and quantitative modelling
Active matter and mechanobiology
Team members
Eleni-Amaranta ANGELOPOULOU
PhD Student
Alain RICHERT
Assistant
Florence DELORT
Research Engineer
Latest News
Shaping 3D minimal model tissues with mechanical constraints to orchestrate muscle differentiation
Have a look on our new article https://www.nature.com/articles/s42003-025-09252-9#peer-review
Read moreGefluc – Les entreprises contre le cancer
Myriam Reffay has just received funding from Gefluc Paris – IDF (Groupement des Entreprises Françaises dans la Lutte contre le Cancer) for her project entitled: ‘Probing mechanical properties during tumor[…]
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