… facilitate the emergence of evolutionary novelty in eukaryotic genomes [1]. Among other …
in gene content among individuals and through the emergence of new genes. Most gene gains …

… genome assemblies to quantify structural variants segregating in the highly polymorphic
fungal wheat pathogen … in their infancy for complex eukaryotic genomes. The development of …

… pathogen of wheat based on 19 complete genomes from isolates sampled across six continents.
Zymoseptoria tritici causes substantial worldwide losses to wheat … the largest eukaryotic …

… We performed genome-wide association mapping on a global collection of 106 strains of …
pathogen of wheat in Europe, to identify polymorphisms linked to virulence on two wheat …

… Over 90% of the extended CEGMA set, which includes 2,748 CEG variants from six eukaryotic
genomes, matched peptides predicted in each of the assemblies, with an average of 82.4…

… Repetitive sequences are those that exist more than once in a genome, and are now known
to be common features of eukaryotic genomes. Repetitive sequences include gene families, …

… HGT between eukaryotes and into the genomic processes … a gene that has a direct negative
impact on global wheat yields… of host adaptation in eukaryotic pathogens. It also increases …

… other fungal pathogens with homologous gene clusters are pathogens of woody plants, we
hypothesized that the host range of the WGD species might be much broader than just wheat. …

… genomes of 123 worldwide isolates of the major pathogen of wheat Zymoseptoria tritici for
robust evidence of gene … , we identified 599 gene gains and 1,024 gene losses that have not …

… to elucidate the pathogenic mechanisms of Karnal bunt of wheat. In this study, the genome
of T. … Eukaryotic genome contain huge number of repetitive elements. Repetitive elements …