Larger metabolisms have higher biomass yield. Mean of biomass yield among metabolisms of a given size (y-axis), that are viable on a given carbon source (x-axis), coded by shade of grey, see legend. White colors correspond to metabolisms whose size is too small for viability on C. (TIF 116Â kb
Table S6. Number of positive, negative, and random associations among carbon utilization traits. (XL...
All biological evolution takes place in a space of possible genotypes and their phenotypes. The stru...
Gene ontology terms of differentially expressed genes in ca1 and ca1ca2 mutants after two days at lo...
Exaptation diversity. For metabolisms whose focal carbon source C is shown on the x-axis, and the nu...
High exaptation potential in central carbon metabolisms (considering only metabolisms without discon...
Distribution of the number of synthesized metabolites among metabolisms viable on glucose. Fraction ...
Metabolisms viable on pyruvate as the main carbon source C can differ greatly in their viability on ...
Metabolisms viable on a given carbon source vary widely in their exaptation potential. Histogram of ...
Central carbon metabolism model for M. extorquens AM1 and list of metabolites with full name. (XLSX ...
Figure S12. Density of cells adapted to butyric acid and total cell density of the evolving replicat...
BACKGROUND: Biological systems are rife with examples of pre-adaptations or exaptations. They range ...
Figure S3. Genes show pleiotropic functions for carbon utilization. We determined gene presence for ...
Diauxic growth in DM250 medium containing glucose and acetate at 10:90 ratio. Clone 6.5KS1 (red) exh...
Comparison of flux variabilities in ColiGS, ColiCore, and ColiPrunedComp for three different growth ...
<p><b>a)</b> Number of viable metabolisms. Black circles (vertical axis) indicate the total possible...
Table S6. Number of positive, negative, and random associations among carbon utilization traits. (XL...
All biological evolution takes place in a space of possible genotypes and their phenotypes. The stru...
Gene ontology terms of differentially expressed genes in ca1 and ca1ca2 mutants after two days at lo...
Exaptation diversity. For metabolisms whose focal carbon source C is shown on the x-axis, and the nu...
High exaptation potential in central carbon metabolisms (considering only metabolisms without discon...
Distribution of the number of synthesized metabolites among metabolisms viable on glucose. Fraction ...
Metabolisms viable on pyruvate as the main carbon source C can differ greatly in their viability on ...
Metabolisms viable on a given carbon source vary widely in their exaptation potential. Histogram of ...
Central carbon metabolism model for M. extorquens AM1 and list of metabolites with full name. (XLSX ...
Figure S12. Density of cells adapted to butyric acid and total cell density of the evolving replicat...
BACKGROUND: Biological systems are rife with examples of pre-adaptations or exaptations. They range ...
Figure S3. Genes show pleiotropic functions for carbon utilization. We determined gene presence for ...
Diauxic growth in DM250 medium containing glucose and acetate at 10:90 ratio. Clone 6.5KS1 (red) exh...
Comparison of flux variabilities in ColiGS, ColiCore, and ColiPrunedComp for three different growth ...
<p><b>a)</b> Number of viable metabolisms. Black circles (vertical axis) indicate the total possible...
Table S6. Number of positive, negative, and random associations among carbon utilization traits. (XL...
All biological evolution takes place in a space of possible genotypes and their phenotypes. The stru...
Gene ontology terms of differentially expressed genes in ca1 and ca1ca2 mutants after two days at lo...