Linked from

The 11 pages that link to RNA splicing, each with the reason it gives.

• RNARelated: Splicing changes which sequences remain in many mature eukaryotic RNAs.

• GeneRelated: Splicing can assemble different mature RNAs from one gene.

• Messenger RNARelated: Splicing edits many messenger RNA precursors before they are translated.

• Nucleic acidRelated: Splicing alters which sequence information remains in many mature RNAs.

• RNA editingCompared with: Splicing rearranges existing RNA segments; editing changes nucleotides within the sequence.

• GuanosineRelated: Guanosine-containing RNA participates in spliceosomal structures and reactions.

• ExonRelated: Splicing distinguishes retained exons from excised introns.

• Complementary DNARelated: Mature RNA has usually been spliced, so its cDNA lacks the removed introns.

• Walter GilbertRelated: Gilbert proposed that introns could enable exon shuffling, linking RNA processing to gene evolution.

• HelicaseRelated: RNA helicases rearrange spliceosomal RNA and protein interactions during splicing.

• Post-transcriptional modificationRelated: Splicing converts many precursor transcripts into mature RNA by removing intervening sequences.