Selected article for: "frameshift pseudoknot and stem loop"

Author: Staple, David W; Butcher, Samuel E
Title: Pseudoknots: RNA Structures with Diverse Functions
  • Document date: 2005_6_14
  • ID: 0brhn8oc_11
    Snippet: The frameshift-inducing pseudoknot from simian retrovirus 1 contains a number of unique features ( Figure 2F ) [8] . Although predicted to resemble that of MMTV, with an unpaired adenine between the helices, the structure revealed the formation of a uracil-adenine pair at the junction, allowing the two stems to stack directly on top of each other ( Figure 2F ) [8] . The simian retrovirus 1 pseudoknot forms an extensive loop 2-stem 1 triplex, whic.....
    Document: The frameshift-inducing pseudoknot from simian retrovirus 1 contains a number of unique features ( Figure 2F ) [8] . Although predicted to resemble that of MMTV, with an unpaired adenine between the helices, the structure revealed the formation of a uracil-adenine pair at the junction, allowing the two stems to stack directly on top of each other ( Figure 2F ) [8] . The simian retrovirus 1 pseudoknot forms an extensive loop 2-stem 1 triplex, which contains a ribose zipper motif in addition to base-base and base-sugar interactions [8] .

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