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- Q16944825 subject Q7216294.
- Q16944825 abstract "Non-stop decay is a cellular mechanism of mRNA surveillance to detect mRNA molecules lacking a stop codon and prevent these mRNAs from translation. The non-stop decay pathway releases ribosomes that have reached the far 3' end of an mRNA and guides the mRNA to the exosome complex for selective degradation by RNase R in bacteria. In contrast to NMD, polypeptides do not release from the ribosome, and thus, NSD seems to involve mRNA decay factors distinct from NMD.".
- Q16944825 wikiPageExternalLink go.pl?goid=184.
- Q16944825 wikiPageWikiLink Q17152817.
- Q16944825 wikiPageWikiLink Q1781542.
- Q16944825 wikiPageWikiLink Q188928.
- Q16944825 wikiPageWikiLink Q1995607.
- Q16944825 wikiPageWikiLink Q28354.
- Q16944825 wikiPageWikiLink Q418869.
- Q16944825 wikiPageWikiLink Q7216294.
- Q16944825 wikiPageWikiLink Q7277301.
- Q16944825 wikiPageWikiLink Q7868.
- Q16944825 comment "Non-stop decay is a cellular mechanism of mRNA surveillance to detect mRNA molecules lacking a stop codon and prevent these mRNAs from translation. The non-stop decay pathway releases ribosomes that have reached the far 3' end of an mRNA and guides the mRNA to the exosome complex for selective degradation by RNase R in bacteria. In contrast to NMD, polypeptides do not release from the ribosome, and thus, NSD seems to involve mRNA decay factors distinct from NMD.".
- Q16944825 label "Non-stop decay".