A MiN of H2O2 synthesis is illustrated. Each box represents a different metabolic subsystem/pathway. The number of total reactions listed in each box represents the annotated reactions for that subsystem. Active reactions carry non-zero flux, and the number of these present in each subsystem is shown in green text.</p
AbstractThe analysis of metabolic networks has become a major topic in biotechnology in recent years...
The entry of science into the post genomic era has created a magnitude of available data for metabol...
We present the first exact method based on the topology of a metabolic network to find minimal sets ...
<p>Box-plot of a) number of reactions, b) biosynthetic flux in mmoles per g DW hour, and c) waste in...
Motivation: Structural studies of metabolic networks yield deeper insight into topology, functionali...
<p><b>A.</b> The kinetic model is separated into three compartments: gas, media, and intracellular. ...
Synthesis of a target metabolite represents a MT. For each MT, we enumerated alternative MiNs. The n...
Since the organism contains many redundant reactions, the minimal feasible metabolic network that co...
The modelling of chemical and biochemical systems is highly dependent on the reaction network of the...
<p>A) Hierarchical clustering of the network by the steps between 4204 metabolic reactions, where th...
<p>Metabolic networks can be viewed as subsets of enzyme-catalyzed metabolic reactions in a global r...
Background Development of cells with minimal metabolic functionality is gaining importance due to t...
Complex metabolic networks are characterized by a great number of elements and many regulatory loops...
<p>Diagram indicating the minimal metabolic reaction and its coupling to tumbling and running modes ...
<p>Bipartite graph representation of AKGDH (panels a and b) and a subnetwork (panels c and d) of the...
AbstractThe analysis of metabolic networks has become a major topic in biotechnology in recent years...
The entry of science into the post genomic era has created a magnitude of available data for metabol...
We present the first exact method based on the topology of a metabolic network to find minimal sets ...
<p>Box-plot of a) number of reactions, b) biosynthetic flux in mmoles per g DW hour, and c) waste in...
Motivation: Structural studies of metabolic networks yield deeper insight into topology, functionali...
<p><b>A.</b> The kinetic model is separated into three compartments: gas, media, and intracellular. ...
Synthesis of a target metabolite represents a MT. For each MT, we enumerated alternative MiNs. The n...
Since the organism contains many redundant reactions, the minimal feasible metabolic network that co...
The modelling of chemical and biochemical systems is highly dependent on the reaction network of the...
<p>A) Hierarchical clustering of the network by the steps between 4204 metabolic reactions, where th...
<p>Metabolic networks can be viewed as subsets of enzyme-catalyzed metabolic reactions in a global r...
Background Development of cells with minimal metabolic functionality is gaining importance due to t...
Complex metabolic networks are characterized by a great number of elements and many regulatory loops...
<p>Diagram indicating the minimal metabolic reaction and its coupling to tumbling and running modes ...
<p>Bipartite graph representation of AKGDH (panels a and b) and a subnetwork (panels c and d) of the...
AbstractThe analysis of metabolic networks has become a major topic in biotechnology in recent years...
The entry of science into the post genomic era has created a magnitude of available data for metabol...
We present the first exact method based on the topology of a metabolic network to find minimal sets ...