A: Manhattan-like plot showing the effect sizes (y-axis) of genes grouped by yeast metabolic subsystems (x-axis; arbitrary colors). We find that genes with large effect sizes belong to a handful of subsystems related to protein synthesis, cell membrane and organelle compartmentalization. B: Effect sizes of all predictors identified in the PGS (colors as in Fig 2) and their corresponding metabolic subsystem. (TIF)</p
A: We generated a synthetic population of 5 × 103 yeast metabolisms with relative gene (expression) ...
<div><p>Sampling the solution space of genome-scale models is generally conducted to determine the f...
Background: Genome-scale metabolic models provide an opportunity for rational approaches to studies ...
A: The precursors in metabolic reconstructions are metabolites that ultimately fuel the biomass reac...
A: The range of flux potentially available in three reactions is represented by the white bars (from...
Each genetic predictor (x-axis; sorted by effect size) participates in a number of reactions that mi...
Each panel shows, for a bioprocess and either a compound (A) or a set of compounds (B-C) predicted t...
A: Pleiotropy indicates the number of biomass precursors affected by a mutation of a given gene. Onl...
A major goal of biology is the construction of networks that predict complex system behavior. We com...
Item does not contain fulltextOne of the major aims of the nascent field of evolutionary systems bio...
Growth costs (colorbar) caused by individual virtual mutations of enzymes (rows) for 103 different i...
A: We calculate the growth rates of a fixed population in 103 random environments (represented with ...
One of the major aims of the nascent field of evolutionary systems biology is to test evolutionary h...
A: The statistical association of genetic and phenotypic variants in a training population defines a...
Genome-scale metabolic models are available for an increasing number of organisms and can be used to...
A: We generated a synthetic population of 5 × 103 yeast metabolisms with relative gene (expression) ...
<div><p>Sampling the solution space of genome-scale models is generally conducted to determine the f...
Background: Genome-scale metabolic models provide an opportunity for rational approaches to studies ...
A: The precursors in metabolic reconstructions are metabolites that ultimately fuel the biomass reac...
A: The range of flux potentially available in three reactions is represented by the white bars (from...
Each genetic predictor (x-axis; sorted by effect size) participates in a number of reactions that mi...
Each panel shows, for a bioprocess and either a compound (A) or a set of compounds (B-C) predicted t...
A: Pleiotropy indicates the number of biomass precursors affected by a mutation of a given gene. Onl...
A major goal of biology is the construction of networks that predict complex system behavior. We com...
Item does not contain fulltextOne of the major aims of the nascent field of evolutionary systems bio...
Growth costs (colorbar) caused by individual virtual mutations of enzymes (rows) for 103 different i...
A: We calculate the growth rates of a fixed population in 103 random environments (represented with ...
One of the major aims of the nascent field of evolutionary systems biology is to test evolutionary h...
A: The statistical association of genetic and phenotypic variants in a training population defines a...
Genome-scale metabolic models are available for an increasing number of organisms and can be used to...
A: We generated a synthetic population of 5 × 103 yeast metabolisms with relative gene (expression) ...
<div><p>Sampling the solution space of genome-scale models is generally conducted to determine the f...
Background: Genome-scale metabolic models provide an opportunity for rational approaches to studies ...