E. Gelhaye

This study examines how pre-degradation stages of Norway spruce wood by Gloeophyllum trabeum affect fungal and bacterial communities, finding that wood substrate condition influences microbial composition and suggests synergistic interactions.

This paper investigates how low molecular weight metabolites from fungal pathogens contribute to grapevine trunk disease pathogenesis through non-enzymatic redox reactions and chelator-mediated Fenton chemistry.

This study investigates the TOR pathway in Phanerochaete chrysosporium, showing its role in growth regulation and secreted protein content under rapamycin treatment.

The paper uses a reverse chemical ecology approach with fungal glutathione transferases to predict wood natural durability from extract interactions and wood density.