Shaping the bacterial epitranscriptome—5′‐terminal and internal RNA modifications
All domains of life utilize a diverse set of modified ribonucleotides that can impact the
sequence, structure, function, stability, and the fate of RNAs, as well as their interactions with
other molecules. Today, more than 160 different RNA modifications are known that decorate
the RNA at the 5′‐terminus or internal RNA positions. The boost of next‐generation
sequencing technologies sets the foundation to identify and study the functional role of RNA
modifications. The recent advances in the field of RNA modifications reveal a novel …
sequence, structure, function, stability, and the fate of RNAs, as well as their interactions with
other molecules. Today, more than 160 different RNA modifications are known that decorate
the RNA at the 5′‐terminus or internal RNA positions. The boost of next‐generation
sequencing technologies sets the foundation to identify and study the functional role of RNA
modifications. The recent advances in the field of RNA modifications reveal a novel …
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