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- Q5408691 subject Q9454631.
- Q5408691 abstract "Eukaryotic elongation factors are very similar to those in prokaryotes. Elongation in eukaryotes is carried out with two elongation factors: eEF-1 and eEF-2. The first is eEF-1, and has two subunits, α and βγ. α acts as counterpart to prokaryotic EF-Tu, mediating the entry of the aminoacyl tRNA into a free site of the ribosome. βγ acts as counterpart to prokaryotic EF-Ts, serving as the guanine nucleotide exchange factor for α, catalyzing the release of GDP from α. The second elongation factor is eEF-2, the counterpart to prokaryotic EF-G, catalyzing the translocation of the tRNA and mRNA down the ribosome at the end of each round of polypeptide elongation.".
- Q5408691 wikiPageExternalLink elongation.html.
- Q5408691 wikiPageWikiLink Q126252.
- Q5408691 wikiPageWikiLink Q17125079.
- Q5408691 wikiPageWikiLink Q17916043.
- Q5408691 wikiPageWikiLink Q19088.
- Q5408691 wikiPageWikiLink Q201448.
- Q5408691 wikiPageWikiLink Q42244.
- Q5408691 wikiPageWikiLink Q5322911.
- Q5408691 wikiPageWikiLink Q5322949.
- Q5408691 wikiPageWikiLink Q5322950.
- Q5408691 wikiPageWikiLink Q5322952.
- Q5408691 wikiPageWikiLink Q658882.
- Q5408691 wikiPageWikiLink Q7249508.
- Q5408691 wikiPageWikiLink Q9454631.
- Q5408691 comment "Eukaryotic elongation factors are very similar to those in prokaryotes. Elongation in eukaryotes is carried out with two elongation factors: eEF-1 and eEF-2. The first is eEF-1, and has two subunits, α and βγ. α acts as counterpart to prokaryotic EF-Tu, mediating the entry of the aminoacyl tRNA into a free site of the ribosome. βγ acts as counterpart to prokaryotic EF-Ts, serving as the guanine nucleotide exchange factor for α, catalyzing the release of GDP from α.".
- Q5408691 label "Eukaryotic elongation factors".