Many studies have been conducted about the global topological nature of metabolic networks since the report by Barabasi's group [3]. Topological nature of networks depends on the definition of nodes and edges/arcs. In most of such studies, metabolites are assumed as nodes either in the studies conducted with or without th
The systematic study of the genetic fingerprint (genomics) and the biochemistry (metabolites) that g...
Motivation: Structural and functional analysis of genome-based large-scale metabolic networks is imp...
Both targeted and untargeted mass spectrometry-based metabolomics approaches are used to understand ...
Connectivity in metabolic networks is classified into metabolite-level connectivity through enzymati...
The entry of science into the post genomic era has created a magnitude of available data for metabol...
This chapter focuses on the way to build a metabolic network and how to analyze its structure. The f...
Metabolism is a defining feature of life, and its study is important to understand how a cell works,...
Abstract In this study, we investigate the relative organization of three (not independent) categori...
The metabolism constitutes the universe of biochemical reactions taking place in a cell of an organi...
Background: The tools that are available to draw and to manipulate the representations of metabolism...
International audienceThe emergence of functions in biological systems is a long-standing issue that...
Abstract One of the main tasks of post-genomic informatics is to systematically investigate all mole...
The network metaphor is currently one of the most common general paradigms in biological sciences: t...
Network science provides an invaluable set of tools and techniques for improving our understanding o...
<p>Association network between metabolites. Red edges indicate positive correlation (Spearman>0.2); ...
The systematic study of the genetic fingerprint (genomics) and the biochemistry (metabolites) that g...
Motivation: Structural and functional analysis of genome-based large-scale metabolic networks is imp...
Both targeted and untargeted mass spectrometry-based metabolomics approaches are used to understand ...
Connectivity in metabolic networks is classified into metabolite-level connectivity through enzymati...
The entry of science into the post genomic era has created a magnitude of available data for metabol...
This chapter focuses on the way to build a metabolic network and how to analyze its structure. The f...
Metabolism is a defining feature of life, and its study is important to understand how a cell works,...
Abstract In this study, we investigate the relative organization of three (not independent) categori...
The metabolism constitutes the universe of biochemical reactions taking place in a cell of an organi...
Background: The tools that are available to draw and to manipulate the representations of metabolism...
International audienceThe emergence of functions in biological systems is a long-standing issue that...
Abstract One of the main tasks of post-genomic informatics is to systematically investigate all mole...
The network metaphor is currently one of the most common general paradigms in biological sciences: t...
Network science provides an invaluable set of tools and techniques for improving our understanding o...
<p>Association network between metabolites. Red edges indicate positive correlation (Spearman>0.2); ...
The systematic study of the genetic fingerprint (genomics) and the biochemistry (metabolites) that g...
Motivation: Structural and functional analysis of genome-based large-scale metabolic networks is imp...
Both targeted and untargeted mass spectrometry-based metabolomics approaches are used to understand ...