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RESEARCH GROUPS
Our interdisciplinary lab is composed of 3 research groups that develop state-of-the-art projects within their specific field and share their complementary expertise within joint projects.
RESEARCH GROUPS
Our interdisciplinary lab is composed of 3 research groups that develop state-of-the-art projects within their specific field and share their complementary expertise within joint projects.
The development of 3D imaging/optical techniques and subsequent computational approaches allows novel ways of monitoring the growth of 3D cell cultures at large scale, with high resolution and in a harmless label-free manner.
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The development of 3D imaging/optical techniques and subsequent computational approaches allows novel ways of monitoring the growth of 3D cell cultures at large scale, with high resolution and in a harmless label-free manner.
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The use of soft matter physics concepts and experimental approaches to investigate self-organization and dynamics of growing engineered tissues allows novels ways to decipher emergent properties and mechanosensitive responses of cellular assemblies.
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The use of soft matter physics concepts and experimental approaches to investigate self-organization and dynamics of growing engineered tissues allows novels ways to decipher emergent properties and mechanosensitive responses of cellular assemblies.
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The design, engineering and manufacture of microfabricated devices allows novel ways of manipulating cells, building self-assembled tissues, applying external biomechanical cues and imaging them for quantitative investigations.
The design, engineering and manufacture of microfabricated devices allows novel ways of manipulating cells, building self-assembled tissues, applying external biomechanical cues and imaging them for quantitative investigations.
JOINT PROJECTS
JOINT PROJECTS
Our interdisciplinary lab is composed of 3 research groups (link) that develop state-of-the-art projects within their specific field and share their complementary expertise within joint project
Incubascope
Incubascope
(Gaëlle Recher & Amaury Badon)
A low-cost, wide field microscope in an incubator for medium throughput monitoring of multicellular cultures.
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COLLABORATIVE PROJECTS
COLLABORATIVE PROJECTS
3D cell-based hollow liver capsules for drug screening assays
3D cell-based hollow liver capsules for drug screening assays
(P. Nassoy i collaboration with F. Saltel, BRIC, Bordeaux and M. Daujat/S. Gerbal, IRMB, Monpellier)
3D shaping of terahertz waves
(A. Badon with P. Mounaix (IMS, Bordeaux) and S. Gigan (LKB, Paris) )
3D shaping of terahertz waves
(A. Badon with P. Mounaix (IMS, Bordeaux) and S. Gigan (LKB, Paris) )
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