The supernode network, shows that the supernodes containing the largest number of genes that are under regulation by L/C interactions in both wild type and cli186 include: "zinc finger", "benzoate degradation via CoA ligation", "valine, leucine, isoleucine degradation", "stilbene, coumarine and lignin biosynthesis", "phosphatidylinositol signaling system" and "inositol phosphate metabolism".
To address the specificity of the observed ℳ, we also count the number of times the common EC number subclasses of two enzyme supernodes contains this ℳ, and compute P S (e), μ SE, σ SE and Z S (e), analogous to (5)–(6): (11) P S (e ) = 1 − # observed ℳ in the overlapping subclasses u v (12) Z S (e ) = P S (e ) − μ S E σ S E with u and v the total numbers of enzyme supernodes in the two species.
Also let s g be the number of supernodes captured by the adversary and V g (s g ) be the fraction of supernodes disconnected from other supernodes when s g many supernodes are captured.
In other words, E′(s) is the ratio of the interlinks present in the grid after s many supernodes are captured to the number of interlinks present in the network before s many supernodes are captured.
Also, let E g (s g ) be the fraction of links exposed when s g many supernodes are compromised.
In other words V′(s) is the ratio of the number of groups that do not have any link to other groups after the s number of supernodes are captured to the total number of active supernodes present in the network before s many supernodes are captured.
Hence, a supernode contains two types of keys, one that allows it to communicate securely with other nodes in the same group they belong to and the other that allows it to communicate with other supernodes belonging to different groups.
Many seeds contain an aril.
Many lures contain metal rattles.
Many districts contain mineral-rich rocks.
