The initial description of genomes organization has consisted in the separation between regulatory and protein-coding DNA stretches. This simple and elegant model has supported the “one region-one function” theory: a genome is a linear arrangement of functional elements interspersed with nonfunctional regions. Recently the advances in transcriptomics technologies have shown that a genomic region can be used for different purposes and that functional elements can co-locate in the same region of the genome.

UCHL1 protein synthesis upon rapamycin treatment involves its antisense RNA trough embedded SINEB2 repeat / Carrieri, Claudia. - (2011 Jan 24).

UCHL1 protein synthesis upon rapamycin treatment involves its antisense RNA trough embedded SINEB2 repeat

Carrieri, Claudia
2011-01-24

Abstract

The initial description of genomes organization has consisted in the separation between regulatory and protein-coding DNA stretches. This simple and elegant model has supported the “one region-one function” theory: a genome is a linear arrangement of functional elements interspersed with nonfunctional regions. Recently the advances in transcriptomics technologies have shown that a genomic region can be used for different purposes and that functional elements can co-locate in the same region of the genome.
24-gen-2011
Gustincich, Stefano
Carrieri, Claudia
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11767/4126
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