Eukaryotic genomes harbor a wide variety of repeated sequences, such as transposableelements (TE). These sequences are able to move from one chromosomal site to another, tomultiply their number of copies, and can be the cause of a genetic instability. Sophisticatedgenomic defenses have evolved to restrict their activity. In Drosophila, epigeneticmodification such as post-translational histone modifications and RNAi interference areinvolved in TE silencing in reproductive tissues. The silencing of an LTR like element, tirant,has been deeply analyzed in this work. Tirant is a Gypsy like element, isolated in ourlaboratory in natural populations of D. simulans, in which a high level of copy numbervariability is observed between strains.Here, I ...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...
Eukaryotic genomes harbor a wide variety of repeated sequences, such as transposableelements (TE). T...
Transposable elements (TEs) are one major force of genome evolution thanks to theirability to create...
Transposable elements (TEs) are one major force of genome evolution thanks to theirability to create...
All genomes contain repeated sequences that are known as transposable elements (TEs). Among these ar...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
All genomes contain repeated sequences that are known as transposable elements (TEs). Among these ar...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...
Eukaryotic genomes harbor a wide variety of repeated sequences, such as transposableelements (TE). T...
Transposable elements (TEs) are one major force of genome evolution thanks to theirability to create...
Transposable elements (TEs) are one major force of genome evolution thanks to theirability to create...
All genomes contain repeated sequences that are known as transposable elements (TEs). Among these ar...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
All genomes contain repeated sequences that are known as transposable elements (TEs). Among these ar...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...
International audienceAll genomes contain repeated sequences that are known as transposable elements...
Transposable Elements (TEs) are genomic parasites characterized by their ability to replicate faster...