… Phylogenetic analysis of type III polyketide synthases (PKSs). (A) Maximum-likelihood
phylogenetic tree of type … In most Ascomycota classes, type III PKS genes are present in at most 50…

… pathogens revealed that known virulence-associated genes … , polyketide synthases, and
non-ribosomal peptide synthases… significantly enriched in the plant pathogens. These results let …

… Polyketide synthases (PKS) are often encoded from genes clustered in the same genomic
… -reducing type I PKS and a type III PKS. Phylogenetic analyses suggested that these genes …

… into three different types of enzymes, ie, NR, PR, and HR PKSs grouped into eight clades.
Earlier, phylogenetic studies were performed for type I PKSs of Ascomycota group of fungi, …

… to be important for pathogenicity of legume-associated … play a role in competition with
other saprobic fungi in nature. … the resulting polyketides produced by phylogenetic orthologs …

… Phylogenetic analysis resolved the PKS genes into 67 clades, … are responsible for synthesis
of a polyketide that is distinct … The gene name of the 55 PKSs from other Ascomycetes as …

… Fusarium can contribute to pathogenesis or competitiveness of … PKS from one or more other
Ascomycetes, corresponding to 12 … In the current study, phylogenetic analysis revealed that …

… Phylogenetic relationships among closest amino acid … Within the phylum Ascomycota, the
large majority of SM gene … both pathogenic and saprobic fungi, including pathogenic and …

… To examine our hypothesis, in this study, we conducted a phylogenetic analysis of fungal …
the probability of horizontal gene transfer (HGT) through Ascomycetes, which may be one of …

… Synteny analysis of polyketide synthases (PKS), non-… groups required for the correct assembly
of Ascomycota are present in … The phylogenomic analysis presented in this study is also …