Frank Surup

This study identifies natural product-derived azaphilones as selective scaffolds for covalent lysine liganding in live cells, revealing bacterial chemotaxis as a major target pathway.

SpecReBoot improves molecular network analysis by quantifying confidence in MS/MS similarity scores, revealing hidden chemical relationships.

This paper re-examines the taxonomy and life cycle of a discomycete fungus associated with pinesap, using phylogenetic and chemical analyses to confirm its identity and complex life cycle.