Selected article for: "compensatory mutation and point mutation"

Author: Gao, James ZM; Li, Linda YM; Reidys, Christian M
Title: Inverse folding of RNA pseudoknot structures
  • Document date: 2010_6_23
  • ID: 1lojd0xa_17
    Snippet: where the u h denotes the unpaired nucleotides and the p h = (s i , s j ) denotes base pairs, respectively, see Accordingly, there are two types of compatible neighbors in the sequence space u-and p-neighbors: a uneighbor has Hamming distance one and differs exactly by a point mutation at an unpaired position. Analogously a p-neighbor differs by a compensatory base pair-mutation, see Figure 9 . We display a 4-noncrossing diagram containing the th.....
    Document: where the u h denotes the unpaired nucleotides and the p h = (s i , s j ) denotes base pairs, respectively, see Accordingly, there are two types of compatible neighbors in the sequence space u-and p-neighbors: a uneighbor has Hamming distance one and differs exactly by a point mutation at an unpaired position. Analogously a p-neighbor differs by a compensatory base pair-mutation, see Figure 9 . We display a 4-noncrossing diagram containing the three mutually crossing arcs (1, 7) , (4, 9) , (5, 11) (drawn in red).

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