The formation of fertile crosses (when possible), nuclear DNA relatedness and sequence comparison of select region of a large subunit (25S) ribosomal RNA are suitable methods for taxonomic determination and a phylogenetic classification of the strains. These genetic methods can also be used to predict whichFusarium strains produce mycotoxins since the genetic placement of the strains has been shown to have a good correlation with mycotoxin production ability at the species level
Genetic analysis as a tool for prediction of mycotoxin-producing Fusarium strains
A Logrieco;G Mulè
1991
Abstract
The formation of fertile crosses (when possible), nuclear DNA relatedness and sequence comparison of select region of a large subunit (25S) ribosomal RNA are suitable methods for taxonomic determination and a phylogenetic classification of the strains. These genetic methods can also be used to predict whichFusarium strains produce mycotoxins since the genetic placement of the strains has been shown to have a good correlation with mycotoxin production ability at the species levelFile in questo prodotto:
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