Anne Imberty

This study investigates how different norovirus genotypes recognize human milk oligosaccharides using structural and biochemical methods, revealing genotype-specific binding mechanisms.

This paper presents a cell-free expression method for multivalent rhamnose-binding lectins and demonstrates their direct analysis using biolayer interferometry for binding affinity and specificity.

The paper develops a new chimeric lectin, Janus lectin, with enhanced valency and specificity for fucose and galactose, and demonstrates its application in forming protocell-like structures.

The paper predicts bacterial carbohydrate-binding proteins (lectins) across genomes to explore their role in vaginal microbiome colonization and pathogenicity.

The paper surveys fungal lectins through phylogenetic analysis and bioinformatics, identifying 33,485 putative lectin sequences across 1,223 fungal species.