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Sammanfattning

Various strains of the mycoparasitic fungal speciesClonostachys roseaare used commercially as biological control agents for the control of fungal plant diseases in agricultural crop production. Further improvements of the use and efficacy ofC. roseain biocontrol require a mechanistic understanding of the factors that determines the outcome of the interaction betweenC. roseaand plant pathogenic fungi. Here, we determined the genome sequences of 11Clonostachysstrains, representing five species inClonostachyssubgenusBionectria, and performed a comparative genomic analysis with the aim to identify gene families evolving under selection for gene gains or losses. Several gene families predicted to encode proteins involved in biosynthesis of secondary metabolites, including polyketide synthases, nonribosomal peptide syntethases and cytochrome P450s, evolved under selection for gene gains (p

Nyckelord

antagonism; biological control; Clonostachys; membrane transporter; mycoparasitism; xenobiotics

Publicerad i

Evolutionary applications
2021, volym: 14, nummer: 2, sidor: 476-497
Utgivare: WILEY

SLU författare

Associerade SLU-program

SLU Nätverk växtskydd
AMR: Svampar

Globala målen (SDG)

SDG2 Ingen hunger
SDG3 God hälsa och välbefinnande

UKÄ forskningsämne

Evolutionsbiologi

Publikationens identifierare

  • DOI: https://doi.org/10.1111/eva.13134

Permanent länk till denna sida (URI)

https://res.slu.se/id/publ/108131