Juli G. Peretó

The paper develops a pangenome-based metabolic model for Xylella fastidiosa, revealing new metabolic pathways and polyamine overproduction linked to virulence.

The paper presents a genome-scale metabolic model of Escherichia coli Nissle 1917 that includes cryptic plasmids, improving predictive accuracy and revealing its unique probiotic metabolic traits.

This study shows that maltodextrin improves lifespan and reduces microglial reaction in Ndufs4KO mice, a model of mitochondrial disease, but does not improve locomotion or respiratory function.

The paper analyzes the molecular evolution of human metabolic genes, finding that pathway topology and functional class influence selective pressures, with core genes being more conserved and outer layer genes more plastic.

The paper characterizes microbial communities from Mediterranean rocky coasts, revealing stable communities and identifying strains with biotechnological potential.

The paper presents a genome-scale metabolic network for the cedar aphid's endosymbiotic consortium, confirming known metabolic complementation and identifying new pathway sharing, while exploring evolutionary mechanisms.

This paper compares the topological organization of software and synthetic biology networks to highlight similarities and differences in their component reuse patterns.