… time that Drosophila Fragile X protein is necessary for transposon inactivation in the larval
… , and have widely permissive chromatin landscapes that may further enhance TE activation …

… ancestral form carried their own cis-regulatory sequences … learned that mammalian regulatory
landscapes are extremely … an alternative promoter either upstream or downstream from …

… differentiation-specific TE (LTR6B) located upstream of the PRC2 subunit RBBP4 … cis-acting
regulatory elements, contributing to shape the chromatin and transcriptional landscape of …

… have broadly permissive chromatin landscapes that may further facilitate … protein CTCF has
been demonstrated to demarcate many TAD boundaries, to mediate chromatin loop formation…

… of protein-coding genes through their regulatory elements. … and human examples and discuss
how this can shape our … to insertions of IAP elements either upstream or within an intron of …

… TEs in the gene upstream regulatory elements. The study by … The same study further
identified that for two protein-coding … MITEs form a stem-loop structure, which can be recognized …

… Repeated DNA in the form of a simple or complex minisatellite … Indeed, fly populations carrying
an Accord insertion upstream … transposon to recruit the centromeric protein CENP-A [106]. …

… an important role in shaping the human regulatory genome. … to characterize the landscape
of CREs in the human genome, … Percentages of common variant overlap for upstream and …

… Transposable elements (TEs) are selfish genetic parasites that increase their copy number
… of host chromatin landscapes in shaping genome evolution through the epigenetic effects of …

… it acts as an insulator to prevent upstream expansion of the … as docking sites for protein
complexes that modify histones. … DNA sequence that shapes the gene regulatory landscape by …