![]() ![]() Comparative genomics of the publicly available Fusarium species revealed differential patterns of sequence conservation across F. Dispensable chromosomes are not essential for growth and in Fusarium species are known to be enriched in host-specificity and pathogenicity-associated genes. solani (pea-infecting) and their well-characterised core and dispensable chromosomes to predict genomic organisation in the newly sequenced legume-infecting isolates. ![]() Resultsįocusing on the identification of pathogenicity gene content, we leveraged the reference genomes of Fusarium pathogens F. medicaginis ( Fom-5190a) for which we developed a model legume pathosystem utilising Medicago truncatula. pisi ( Fop-37622), significant pathogens of chickpea and pea respectively, the world’s second and third most important grain legumes, and lastly f. We present and compare draft genome assemblies for three legume-infecting formae speciales (ff. Soil-borne fungi of the Fusarium oxysporum species complex cause devastating wilt disease on many crops including legumes that supply human dietary protein needs across many parts of the globe. ![]()
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