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These students have been recruited through a highly selective process (targeting 50% of foreign applicants) for nucleation of a larger “Glyco@Club of Young Scientists”. This program is transverse to the existing doctoral schools. The aim is to provide high quality, interdisciplinary training in the field of glycosciences and their applications to the large group of PhD students and post-docs involved in glycosciences located in Grenoble (about 100 young scientists). Career development activities are routinely managed by the Doctoral College at UGA. In addition, some courses are dedicated to professional insertion (e.g. partnership with local business schools).
The project takes advantage of the participation of environmental scientists, economists, architects and industrial partners (also potential recruiters) to introduce fields that are often excluded from the world of a glycoscientist. Social network community is supported and organization of social events by the Glyco@Club is encouraged.
The project takes advantage of the participation of environmental scientists, economists, architects and industrial partners (also potential recruiters) to introduce fields that are often excluded from the world of a glycoscientist. Social network community is supported and organization of social events by the Glyco@Club is encouraged.
PhD students of Glyco@Club
Esperance Aho |
Cross-linking of Heparan Sulfate induced by Proteins: structural remodeling of Glycocalyx and functional effect | IBS & IAB |
Emma Colombari |
DESICELL : Design approach for new recyclable cellulosic based materials in building industry | LGP2 & CRAterre/AE&CC |
Stasa Velickovic |
Combining selective DNP-NMR and site-specific labeling to study active sites of large biomolecular assemblies: the case of bacterial endosulfatases | MEM & NMR-Bio |
Rebecca-Joe Boustany |
Remodelling Of The Cell Surface Heparan Sulfates By Extracellular Sulfatases Sulfs | IBS |
Batoul Moubarak |
Biogenesis of photosynthetic membranes: structurale and dynamic role of galactolipid synthases | CERMAV & LPCV |
Palig Karaminassian |
Degradation of complex glycans by yeasts of the human intestinal microbiota. | CERMAV |
Yara Awad |
Structural and functional study of enzymes targeting complex polysaccharides. | IBS |
Poushalee Dutta |
Molecular insight into Chondroitin Sulfate polymerase complexes | IBS |
Paul Aguirre | Development of self-assembled core-shell structures biomimetic of plant cells. | LRP & CERMAV |
Yadiel Vasquez |
CERMAV & Max Planck Institute at Potsdam |
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