Analysis of the abstract model confirms the importance of redundancies in upstream modules to preserve system robustness.
In this study, we present a novel algorithm for the discovery of substrate cycles in large scale metabolic networks by identifying cyclical EFMs in hierarchical modules designed to preserve cyclical interactions using our ShReD metric.
Instead, they say they have developed a system enabling the cameras to remain on "ultra low power" and be woken up by the module on demand to preserve battery life.
Since the size of our identified module was generally less than 100, we defined a module to be preserved if it has a Zsummary (module) >5.
Similarly, the overall network similarity is lower than the similarity of the modules, as there is less evolutionary pressure to preserve between-modules interactions.
The proposed approach mainly consists of three aging modules, which are designed to preserve individual aging characteristics, capture human aging tendency, and guide aging direction, respectively.
The approach reconfigures the arrangement of software modules in real time to preserve the required stability of production processes without interrupts.
The closer it is to 1, the more likely is the species to preserve the module assignments of its immediate ancestor, and the closer it is to 0, the more likely it is to diverge from the module assignments of its immediate ancestor.
Other approaches exploit site-clustering information with de novo motif discovery to build rules discriminating modules that preserve the ordering of motifs, e.g. Segal and Sharan (2005).
Modules were formed based on one of the exercise conditions, and the extent to which the module was preserved was calculated for a different condition in order to identify any reciprocal disruption of gene expression.
Since only the human disease-related Magenta module was highly significantly preserved in the mouse data, we focused on the Magenta module to identify disease-relevant pathways and target genes common to both species.
