This HTML5 document contains 46 embedded RDF statements represented using HTML+Microdata notation.

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Statements

Subject Item
dbr:Pol_(HIV)
dbo:wikiPageWikiLink
n2:pol_translational_readthrough_site
Subject Item
n2:pol_translational_readthrough_site
rdf:type
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rdfs:label
Gag/pol translational readthrough site
rdfs:comment
Gag/pol translational readthrough site (or Retroviral readthrough element) is a cis-regulatory element found in retroviruses. The readthrough site facilitates the mechanism of translation readthrough of the stop codon at the gag-pol junction producing the gag and pol fusion protein in certain retroviruses.Retroviruses whose gag and pol genes are in the same reading frame often depend upon approximately 5% read-through of the gag UAG termination codon to form the gag-pol polyprotein. This readthrough is usually dependent on a pseudoknot located eight nucleotides downstream of the stop codon (UAG). Sequence conservation is found in the second pseudoknot loop.
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dbc:RNA dbc:Gene_expression dbc:Cis-regulatory_RNA_elements
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19044032
dbo:wikiPageRevisionID
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dbr:Pseudoknot dbc:Cis-regulatory_RNA_elements dbr:Retrovirus dbr:Stop_codon dbr:Protein dbr:Cis-regulatory_element dbr:Translation_(genetics) dbc:RNA dbc:Gene_expression
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dbo:abstract
Gag/pol translational readthrough site (or Retroviral readthrough element) is a cis-regulatory element found in retroviruses. The readthrough site facilitates the mechanism of translation readthrough of the stop codon at the gag-pol junction producing the gag and pol fusion protein in certain retroviruses.Retroviruses whose gag and pol genes are in the same reading frame often depend upon approximately 5% read-through of the gag UAG termination codon to form the gag-pol polyprotein. This readthrough is usually dependent on a pseudoknot located eight nucleotides downstream of the stop codon (UAG). Sequence conservation is found in the second pseudoknot loop. * Secondary structures * GP_knot1 * GP_knot2
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dbr:Retroviral_readthrough_element
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