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. 2015 Dec 6;5(6):20150053. doi: 10.1098/rsfs.2015.0053

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© 2015 The Author(s)

Published by the Royal Society. All rights reserved.

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Figure 6. — Natural robustness distributions for ncRNA correlate with G-sampling but not with P-sampling. The distribution of robustness, defined as the fraction of mutations r that retain the same SS phenotype, is given for L = 55 via P-sampling (black line) and G-sampling (blue circles). Natural data (green squares) are remarkably close to the G-sampled distribution, and are considerably more robust than the average of structures in the full morphospace. We also note that most phenotypes have a robustness that is above the threshold () needed for the formation of connected neutral networks [31]. (Online version in colour.)

Inline graphic — Natural robustness distributions for ncRNA correlate with G-sampling but not with P-sampling. The distribution of robustness, defined as the fraction of mutations r that retain the same SS phenotype, is given for L = 55 via P-sampling (black line) and G-sampling (blue circles). Natural data (green squares) are remarkably close to the G-sampled distribution, and are considerably more robust than the average of structures in the full morphospace. We also note that most phenotypes have a robustness that is above the threshold () needed for the formation of connected neutral networks [31]. (Online version in colour.)