… stresses, as well as their evolutionary role in facilitating plant … within a host genome, or by
horizontal gene transfer. Active … host gene in plants, but instead provide new biological insights …

… between cells but only move around the genome in a single … which transposons are activated
by environmental stresses in … between stress-responsive transposons and the host genome …

… stresses. In recent years, many studies have shown that TE methylation plays a major role in
the evolution of the plant genome through … strands and do not move via an RNA intermediate…

… two contrasting plant species to study the regulatory role TEs … gene regulation allows plants
to adapt more rapidly to new … of quiescent TEs upon plant abiotic and biotic stresses is well …

… Recent work on the regulation of transposable elements (TEs… to flee the host when the host
is stressed or moribund. For non-… otic genomes for the ubiquitous horizontal gene transfer …

… to increase resistance to heat stresses due to global warming. … methyltransferase gene
OsDRM2, indicating that transposon-… This is because TEs can move. Therefore, TEs, especially …

… novel gene regulatory pathways responding to stresses and … F1 qPCR ranged from 3
to 99 new insertions), as well as two … modifications going far beyond knockouts and stress …

… The miniature inverted-repeat transposable element (MITE) … plants often deal with multiple
stresses at one time. With the rapid advances in genome-wide methylation profiling and gene …

… of polyploid plant evolution and environmental stress, and … Evolution of new phenotypes
such as the ability to adapt to … pressure in crop plants) helped plants move from tropical and/or …

… and exposition to environmental stresses and dietary factors. In … to move and insert into
various host genomic positions is called … genomes may hold a higher proportion of transposable …