… and dispersal of pathogens. In this Review, we summarize key examples from fungal plant
pathogen genomics and discuss evolutionary processes in pathogenic fungi in the context of …

… The plant cell wall is an important physical barrier that serves as the first line of plant defense
that plant pathogens encounter during infection and is composed of basic carbohydrate …

… evolution including the importance of mobile genetic elements, genome defenses, and
chromosomal plasticity in pathogenic species. The relative ease of sequencing and assembling …

… The evolution of fungal effectors, which are crucial determinants of … TEs in pathogen genomes.
Here, we describe how TEs have shaped genome evolution of the fungal wheat pathogen …

… The genome-wide prediction tools were used to identify … the genomic sequence of many
biotrophic fungal pathogens. … of infection, defense mechanism of both pathogens, immune …

… plants expressing an Arabidopsis gene which causes loss of … non-host fungal pathogens
but maintain the gene-for-gene … of fungal pathogen-induced, cell wall–associated defense …

… evolution of existing protein sequences whereas generalization was associated with
protein-family expansion, loss of genome-defense mechanisms, genome restructuring, horizontal …

… Some pathogenic fungi produce toxin molecules or effector proteins to kill host cells or
disable host defenses, while others are opportunistic pathogens that only cause disease when …

… global thousand-genome panel of Zymoseptoria tritici, a major fungal pathogen of wheat
reported … To analyze the effectiveness of genomic defenses against active TEs, we screened all …

… progress on defense responses of horticultural crops to fungal pathogens and novel … PR,
and other defense-related gene families were identified in the grapevine genome. Notably, four …