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
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.File in questo prodotto:
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.14242/168272
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URN:NBN:IT:SISSA-168272