Add to ORKGAbstract: In the context of the study into elementary modes of metabolic networks, we prove two complexity results. Enumerating elementary modes containing a specific reaction is hard in an enumeration complexity sense. The decision problem if there exists an elementary mode containing two specific reactions is NP-complete. The complexity of enumerating all elementary modes remains open
Background: Metabolic pathway analysis has been recognized as a central approach to the structural a...
<p><b>A:</b> Panel A reports the number of unique complexes that could be produced by the cSIN as a ...
In the last few decades, metabolic networks revealed their capabilities as powerful tools to analyze...
In the context of the study into elementary modes of metabolic networks, we prove two complexity res...
Constraint-based approaches recently brought new insight into our understanding of metabolism. By ma...
Constraint-based approaches recently brought new insight into our understanding of metabolism. By ma...
The structural analysis of metabolic networks aims both at understanding the function and the evolut...
In this PhD, we present some algorithms and complexity results for two general problems that arise i...
International audienceThe structural analysis of metabolic networks aims both at understanding the f...
Elementary flux mode analysis is a promising approach for a pathway-oriented perspective of metaboli...
Despite the significant progress made in recent years, the computation of the complete set of elemen...
Elementary flux mode analysis is a promising approach for a pathway-oriented perspective of metaboli...
An exact arithmetic toolbox for a consistent and reproducible structural analysis of metabolic netwo...
Contains fulltext : 177749.pdf (publisher's version ) (Open Access
Background: Metabolic pathway analysis is a powerful tool to study the metabolic structure of a cell...
Background: Metabolic pathway analysis has been recognized as a central approach to the structural a...
<p><b>A:</b> Panel A reports the number of unique complexes that could be produced by the cSIN as a ...
In the last few decades, metabolic networks revealed their capabilities as powerful tools to analyze...
In the context of the study into elementary modes of metabolic networks, we prove two complexity res...
Constraint-based approaches recently brought new insight into our understanding of metabolism. By ma...
Constraint-based approaches recently brought new insight into our understanding of metabolism. By ma...
The structural analysis of metabolic networks aims both at understanding the function and the evolut...
In this PhD, we present some algorithms and complexity results for two general problems that arise i...
International audienceThe structural analysis of metabolic networks aims both at understanding the f...
Elementary flux mode analysis is a promising approach for a pathway-oriented perspective of metaboli...
Despite the significant progress made in recent years, the computation of the complete set of elemen...
Elementary flux mode analysis is a promising approach for a pathway-oriented perspective of metaboli...
An exact arithmetic toolbox for a consistent and reproducible structural analysis of metabolic netwo...
Contains fulltext : 177749.pdf (publisher's version ) (Open Access
Background: Metabolic pathway analysis is a powerful tool to study the metabolic structure of a cell...
Background: Metabolic pathway analysis has been recognized as a central approach to the structural a...
<p><b>A:</b> Panel A reports the number of unique complexes that could be produced by the cSIN as a ...
In the last few decades, metabolic networks revealed their capabilities as powerful tools to analyze...