Transposable elements (TEs) are recognized as major players in genome plasticity and
evolution. The high abundance of TEs in the human genome, especially the Alu and Long …

The genome is no longer deemed as a fixed and inert item but rather as a moldable matter
that is continuously evolving and adapting. Within this frame, Transposable Elements (TEs) …

How gene expression is controlled to preserve human T cell quiescence is poorly
understood. Here we show that non-canonical splicing variants containing long interspersed …

Transcriptomes are dynamic, with cells, tissues, and body parts expressing particular sets of
transcripts. Transposable elements (TEs) are a known source of transcriptome diversity; …

Transposable elements (TEs) are mobile DNA repeats known to shape the evolution of
eukaryotic genomes. In complex organisms, they exhibit tissue-specific transcription …

The molecular mechanisms responsible for the heightened reactivity of quiescent T cells in
human early life remain largely elusive. Our previous research identified that quiescent adult …

Simple Summary Transposable elements are DNA sequences that can move throughout the
genome. They play essential roles in gene regulation and function. Spinal muscular atrophy …

The genome revolution of the last twenty years has changed biology forever. It has provided
stunning insights into the evolution of species (such as ours) and the development of new …

The central role of RNA molecules in cell biology has been an expanding subject of study
since the proposal of the “RNA world” hypothesis 60 years ago [1, 2]. The intrinsic functional …

Transposable elements (TEs) are ubiquitous components of genomes and play a significant
role in the evolution and diversification of the Triticeae tribe, which includes important cereal …