Thomas Svoboda

The paper identifies mutations in Fusarium graminearum laboratory strains that reduce virulence on wheat, highlighting the need to monitor lab strains for unintended genetic changes.

This study shows that disrupting the cell cycle in Fusarium graminearum reduces virulence and pathogenicity by impairing the production of virulence factors.

The paper screens 20 uncharacterized Lupinus angustifolius accessions for resistance to Fusarium oxysporum f. sp. lupini and identifies L26 as the most resistant and L49 as the most susceptible.

This study shows that Fusarium graminearum uses copper amine-oxidases to convert plant defense compounds into auxin, enhancing virulence.

This paper demonstrates locus-specific chromatin proteomics in Aspergillus nidulans using dCas9-BirA guided proximity labeling, identifying 32 chromatin-associated proteins at the nitrate locus after background reduction.