Postdoctoral positions are available to study self-organization and mechanotransduction mechanisms of engineered 3D tissues and in vitro model tumors in relation with the current projects of the lab Please see our recent publications and webpage for details In the pleasant city of Bordeaux, we offer an excellent...
We use a custom-made light-sheet microscope to image capsules in stress-free condition. Zen microscopy! See our Research page....
Dopaminergic neurons, differentiated in capsulo are a great hope to find a new stemcell-based therapy for Parkinson disease. See our Research page....
Flowing capsules through an optofluidic platform to automatically sort them and getting only the pick of the bunch!...
We have designed and produced an imaging chamber to record up to hundreds of capsules within the same frame. STL files are available together with the original article, further you wish to print the different parts at home!...
We are constantly trying to improve our microfluidic devices to make them more versatile and easy to use. See our Research page....
We seek what triggers self-organisation of endothelial and muscle cells into a functional blood vessel. See our Research page....
By mixing cancer cells with stromal cells in a capsule, various dynamic supracellular organisations emerge. How these spatio-temporal patterns contribute to tumor evolution is a key issue that is being addressed in the group. See our Research page....
Adpiose cells are subjects to mechanical stress, we would like to find out how they sense their environement through mechanotransduction. See our Research page....
Discover how cysts spontaneously oscillate and swell within alginate capsules and how it provides insights for a better understanding of the regulation of organ size. See our Publication list...