Recently, a landmark study was published showing that large-scale terminal insertions are a major contributor to the production of significant transcripts. This new research overturns the long-held belief that transcription is mainly achieved through elongation of existing genes.

The study was conducted by a team of researchers from the University of Copenhagen and published in the journal Nature Genetics. The team analyzed the genomes of various species, including humans, mice, and chickens. They found that in every species, large-scale terminal insertions were responsible for the production of significant transcripts. The transcripts can potentially affect gene function and cause diseases.

This new discovery has implications for our understanding of gene regulation, and could lead to potential treatments for genetic disorders. It also raises the possibility of using terminal insertions to modify gene expression for therapeutic purposes. This research will open up new possibilities for the study of gene regulation and for the development of treatments for various genetic diseases.

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source: Phys.org