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Multiple studies confirm laccase role in fungal pathogenicity and lignocellulose degradation. In spite of broad genomic research, laccases from plant wilt pathogen  Fusarium oxysporum  are still not characterized. The study aimed to identify  F. oxysporum  genes that may encode laccases  sensu stricto  and to characterize the proteins  in silico  in order to facilitate further research on their impact on the mentioned processes. Twelve sequenced  F. oxysporum  genomes available on  Broad Institute of Harvard and MIT (2015)  website were analyzed and three genes that may encode laccases  sensu stricto  were found. Their amino acid sequences possess all features essential for their catalytic activity, moreover, the homology models proved the characteristic 3D laccase structures. The study shades light on  F. oxysporum  as a new source of multicopper oxidases, enzymes with possible high redox potential and broad perspective in biotechnological applications.

Diversity of laccase-coding genes in Fusarium oxysporum genomes