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| Integrated Theories of Criminal Justice | 6 days ago · Our results suggest that blind random mutations do not create modular networks, even though they offer the optimal fitness from a control perspective. However, mutation schemes combining up to 80% of random mutations and 20% of biased mutations to maximize the diffusion of biological information can increase the average modularity and organized. 7 hours ago · DOI link for Milestones in the Evolving Theory of Evolution. Milestones in the Evolving Theory of Evolution book. By David Wool. Edition 1st Edition. First Published eBook Published 18 November Pub. location Boca Raton. Ernst Mayr: The Biological Species and Speciation. 3 days ago · evolutionary psychology how our biology affects what we think and do Sep 20, Posted By Harold Robbins Ltd TEXT ID e0 Online PDF Ebook Epub Library affects what we evolutionary psychology how our biology affects what we think and do by valerie g starratt author isbn 13 isbn 10 why. |
Pedro H.
Constantino, Prodromos Daoutidis. Biological networks can be nearly decomposed into sets of Weigbt or subunits commonly referred as modules. Despite the ubiquity of modularity in biological networks, the understanding of its evolutionary origins remains an open problem in biology. Our previous work on sparsity-promoting control of complex networks has shown that the increased cost of feedback channels selects organized topological structures such as modular ones in networks with Laplacian dynamics as the cheapest option to control.
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Here we test the hypothesis that the minimization of total control cost promotes modularity in biological networks such as gene regulatory systems. We employ genetic algorithms of network populations using the total control cost as the fitness function for natural selection. Our results suggest that blind random mutations do not create modular networks, even though they offer the optimal fitness from a control perspective. We conclude that control efficiency is an important driver of modularity in biological networks, when the read more process is not entirely random and gradual. N2 - Biological networks can be nearly decomposed into sets of components or subunits commonly referred as modules.
AB - Biological networks can be nearly decomposed into sets of components or subunits commonly referred as modules. Chemical Engineering and Materials Science. Overview Fingerprint.
Abstract Biological networks can be nearly decomposed into sets of components or subunits commonly referred as modules. Access Link to publication in Scopus. Link to citation list in Scopus.
Constantino PHDaoutidis P. Constantino, Pedro H.]
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