Linked from

The 12 pages that link to RNA editing, each with the reason it gives.

• RNARelated: Editing can make a mature RNA differ from its DNA-encoded template.

• RNA sequencingRelated: RNA-seq reads can reveal RNA sequence differences from the reference genome.

• Central dogma of molecular biologyRelated: It shows that RNA sequence may be modified without transferring protein sequence back to nucleic acid.

• RNA splicingCompared with: Editing changes RNA nucleotides, whereas splicing removes segments and joins others.

• Base editingCompared with: It can modify genetic messages temporarily, whereas base editing changes genomic DNA.

• EuglenozoaRelated: Kinetoplastid mitochondria use guide-RNA-directed editing to create functional transcripts.

• TranscriptomeRelated: Editing can make mature transcripts differ from the sequences encoded in the genome.

• CytidineRelated: Some RNA editing reactions convert cytidine residues into uridine residues.

• KinetoplastidRelated: Kinetoplastid mitochondria use extensive RNA editing to create functional protein-coding messages.

• Protein isoformRelated: Edited transcripts can encode amino-acid substitutions or altered translation signals.

• InosineRelated: Adenosine-to-inosine editing changes how RNA is read and translated.

• Post-transcriptional modificationRelated: Editing changes an RNA molecule’s sequence without changing the corresponding DNA.