… is generally explained as the result of epigenetic mechanisms modifying gene expression in
… transposable elements (TEs) suggests that such elements may also induce differential gene …

… Genome-… transposable element (MITE) insertion in the gene promoter of a NAC transcription
factor. Samples carrying the TE insertion in the gene promoter displayed high levels of DNA …

… and genetic, can alter the genetic content of DNA by locally … for genetic change in bacteria
are transposable elements and … bacterial DNA transfer systems, transposable elements and …

… role of transposable elements in affecting genome plasticity, … Transposable elements
generate genetic variability that can … role of transposable elements in affecting genome plasticity, …

… Importantly, PacBio sequencing assembly revealed that TEs play a key role in regulating
genomic plasticity, promoting chromosome rearrangement and the presence/absence …

… Overall, we show DNA transposons can drive genomic plasticity in M. incognita and their
role in genome evolution of other parthenogenetic animal deserves further investigation. …

… miR-128 regulates genomic instability and genomic plasticity. L1-induced mutagenesis can
… genetic changes, as well as induce beneficial genomic changes leading to genomic diversity …

… Having shown the effect of IS elements in genome plasticity, we looked more closely at the
impact of ISs in modulating RSSC virulence genes. Most IS elements were found in intergenic …

… Transposable elements (TE), small mobile genetic elements unable to exist independently
of the host genome… TE, on bacterial genome plasticity and concomitant adaptability of …

… Figure 1 Structure of transposable elements. An example of each main class of transposable
elements is depicted with average genome length indicated underneath. DNA transposons, …