… The transposable elements (TEs) identified in fungal genomes reflect the whole spectrum of
eukaryotic transposable elements. Most … However, the activity of transposable elements and …

… In summary, we show that transposable element dynamics differentially impact fungal
genome-wide transcription patterns, likely as a result of the epigenetic machinery evolved to …

… We identified fungal genomes containing large numbers of TEs with many C to T mutations
… TE invasion similar to RIP is widespread in fungi, although the efficiency and specificity of this …

… analysed genomic location of transposable elements (TEs) in 625 publicly available
fungal genomes from the NCBI database in order to explore their potential roles in genome …

… of research on fungal TEs, with an emphasis onhow these elements might be a useful source
of diversity in the evolution ofthe fungal genome. … the impact of TEs on fungal genomes. …

… fungal genomes … fungal genome sequencing, the ‘compact genome’ paradigm no longer
holds true; many phytopathogenic and mutualist fungal species show ‘invaded’ genomes, with …

… fungal genomes has led to the elucidation of the number and distribution of transposable
elements (TEs) in several species of fungi. … sequences dispersed throughout the genome. Such …

… Transposable elements may have expanded in the genomes of these two sexual pathogens
during periods in which RIPs were defective or absent. In L. maculans brassicae the …

… Transposable elements (TEs) impact genome plasticity, architecture, and evolution in fungal
… observed in fungal genomes reflects diverse efficacy of host-genome defense mechanisms …

… Transposable elements have great potential as tools with which to rnanipulate fungal
genomes, both for increasing our understanding of biological processes and for modifying …