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detailed composition of ECM-polysaccharides in S. latissima at the tissue level and upon environmental variations. A variety of S. latissima samples will be considered with: lab cultures, farmed biomass and
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of the two infinities” and their applications, with all the richness of the themes that constitute this physics. This is reflected by the presence of strong historical centers, centers linked to emerging
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electric field in an area of interest a few centimeters deep, for deep tissue electroporation. The researcher will have to test the ability of these systems to electroporate bacteria and eukaryotic cells
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in the DUPREZ team on developmental programs and the regionalization of connective tissues to understand the establishment of the muscular system. The research program will use classic developmental
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of cell division orientation within brown algae tissues (in collaboration with physicists and modellers). 1. In vitro culture of algae (microscopic, in Petri dishes), production of algal embryos, treatment