0000000001088315

AUTHOR

Kevin L. Keys

0000-0003-4886-6666

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Influence of pathway topology and functional class on the molecular evolution of human metabolic genes

2018

Metabolic networks comprise thousands of enzymatic reactions functioning in a controlled manner and have been shaped by natural selection. Thanks to the genome data, the footprints of adaptive (positive) selection are detectable, and the strength of purifying selection can be measured. This has made possible to know where, in the metabolic network, adaptive selection has acted and where purifying selection is more or less strong and efficient. We have carried out a comprehensive molecular evolutionary study of all the genes involved in the human metabolism. We investigated the type and strength of the selective pressures that acted on the enzyme-coding genes belonging to metabolic pathways …

0301 basic medicineComputer and Information SciencesEvolutionary ProcessesScienceMetabolic networkMetabolic networksBiologyTopologyGenomeBiochemistryEvolutionary geneticsEvolution Molecular03 medical and health sciencesNegative selection0302 clinical medicineMolecular evolutionEnzyme metabolismAnimalsHumansCentralityEnzyme ChemistryGeneSelection (genetic algorithm)030304 developmental biologyMammals0303 health sciencesEvolutionary BiologyMultidisciplinaryNatural selectionQRBiology and Life SciencesProteinsEvolutionary rateEnzymesMetabolic pathway030104 developmental biologyMetabolismMetabolic pathwaysEnzymologyMedicineMolecular evolution030217 neurology & neurosurgeryNetwork AnalysisResearch Article
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