Loop: Difference between revisions
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ElNando888 (talk | contribs) m (I believe, this is closer to the scientific definition of a loop.) |
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<p>A loop is a region that contains unpaired [[nucleotide]]s and/or [[Noncanonical base pair|noncanonical pair]]s. They may be classified as [[Hairpin Loop|hairpin loops]], [[Internal Loop|internal loops]], [[bulge]]s, [[multiloop]]s, and [[External Loop|external loops]]. Loops often make a positive contribution to [[Free Energy|free energy]] and are therefore destabilizing.</p> | <p>A loop is a region that contains unpaired [[nucleotide]]s and/or [[Noncanonical base pair|noncanonical pair]]s. They may be classified as [[Hairpin Loop|hairpin loops]], [[Internal Loop|internal loops]], [[bulge]]s, [[multiloop]]s, and [[External Loop|external loops]]. Loops often make a positive contribution to [[Free Energy|free energy]] and are therefore destabilizing. The loops energies are determined by the [[Closing Pair]]s, and the [[mismatch]]es. (Nando)</p> | ||
Revision as of 20:20, 5 May 2014
A loop is a region that contains unpaired nucleotides and/or noncanonical pairs. They may be classified as hairpin loops, internal loops, bulges, multiloops, and external loops. Loops often make a positive contribution to free energy and are therefore destabilizing. The loops energies are determined by the Closing Pairs, and the mismatches. (Nando)
