Coaxial Stacking: Difference between revisions
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=== | === Flush vs. Mismatch-Mediated Stacking === | ||
Flush vs. Mismatch-Mediated Stacking=== | |||
n flush stacking, the coaxially-stacked helices are not separated by any unpaired bases. This is depicted in panel C to the right. | n flush stacking, the coaxially-stacked helices are not separated by any unpaired bases. This is depicted in panel C to the right. | ||
In [[mismatch]]-mediated stacking, the coaxially-stacked helices are separated by one or more unpaired bases. This is depicted in panels B and D in the figure at right. | In [[mismatch]]-mediated stacking, the coaxially-stacked helices are separated by one or more unpaired bases. This is depicted in panels B and D in the figure at right. | ||
Revision as of 00:06, 21 November 2012
Coaxial stacking is a tertiary interaction where separate stacks in an RNA align along a common axis.
Flush vs. Mismatch-Mediated Stacking
n flush stacking, the coaxially-stacked helices are not separated by any unpaired bases. This is depicted in panel C to the right. In mismatch-mediated stacking, the coaxially-stacked helices are separated by one or more unpaired bases. This is depicted in panels B and D in the figure at right.
