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- Q17130580 subject Q7213592.
- Q17130580 subject Q8680982.
- Q17130580 abstract "In molecular biology, the Ure2 internal ribosome entry site (IRES) is an RNA element present in the 5' UTR of the mRNA of Ure2. It allows 5' cap- and eIF4E-independent translation of an N-terminally truncated form of Ure2. This truncated form lacks the prion-forming domain. It is a 104 nucleotide region, smaller than most viral IRES elements, which forms a stem-loop structure. EIF2A represses this IRES resulting in an inhibition of translation of the N-terminally truncated Ure2.".
- Q17130580 wikiPageWikiLink Q1093165.
- Q17130580 wikiPageWikiLink Q166992.
- Q17130580 wikiPageWikiLink Q18047338.
- Q17130580 wikiPageWikiLink Q185917.
- Q17130580 wikiPageWikiLink Q188928.
- Q17130580 wikiPageWikiLink Q238406.
- Q17130580 wikiPageWikiLink Q284398.
- Q17130580 wikiPageWikiLink Q28745.
- Q17130580 wikiPageWikiLink Q418900.
- Q17130580 wikiPageWikiLink Q47051.
- Q17130580 wikiPageWikiLink Q5408696.
- Q17130580 wikiPageWikiLink Q7213592.
- Q17130580 wikiPageWikiLink Q7900345.
- Q17130580 wikiPageWikiLink Q8680982.
- Q17130580 wikiPageWikiLink Q898273.
- Q17130580 wikiPageWikiLink Q937624.
- Q17130580 comment "In molecular biology, the Ure2 internal ribosome entry site (IRES) is an RNA element present in the 5' UTR of the mRNA of Ure2. It allows 5' cap- and eIF4E-independent translation of an N-terminally truncated form of Ure2. This truncated form lacks the prion-forming domain. It is a 104 nucleotide region, smaller than most viral IRES elements, which forms a stem-loop structure. EIF2A represses this IRES resulting in an inhibition of translation of the N-terminally truncated Ure2.".
- Q17130580 label "Ure2 internal ribosome entry site (IRES)".