<p>The network component comprises 304 genes and edges (GPEA <i>cell cycle </i>). The violet edges correspond to interactions present in BioGrid, green edges correspond to protein-protein interactions in protein complexes (GO) and the orange edges are present in both databases.</p
Individual proteins, and small collections of proteins, have been extensively studied for at least t...
Abstract. To investigate the structure of the genomic interaction net-work built from yeast gene-exp...
The eukaryotic cell is often described as a hierarchy of systems (complexes and pathways) composed o...
<p>(<b>A</b>) Venn diagram showing the overlap among the different Gene Ontology functional groups f...
The modular biology is supposed to be a bridge from the molecular to the systems biology. Using a ne...
We analyse paths through the regulatory networks that control gene-expression patterns in Yeast, in ...
<p>The fitness scores (the difference in the mean of the log<sub>2</sub> hybridization signal betwee...
The modular biology is supposed to be a bridge from the molecular to the systems biology. Using a ne...
<p>State space of the 1024 possible network states (green circles) and their dynamical trajectories,...
Most processes in the cell are delivered by protein complexes, rather than individual proteins. Whil...
<p>Polarity protein network contained 99 nodes and 302 linkages obtained from BioGrid database (vers...
<p>The network representation of the machinery component SA (specific activity) in panel A shows how...
<p>The largest connected component from the physical-interaction graph which was derived by pooling ...
Most processes in the cell are delivered by protein complexes, rather than individual proteins. Whil...
Protein interactions in the budding yeast have been shown to form a scale-free network, a feature of...
Individual proteins, and small collections of proteins, have been extensively studied for at least t...
Abstract. To investigate the structure of the genomic interaction net-work built from yeast gene-exp...
The eukaryotic cell is often described as a hierarchy of systems (complexes and pathways) composed o...
<p>(<b>A</b>) Venn diagram showing the overlap among the different Gene Ontology functional groups f...
The modular biology is supposed to be a bridge from the molecular to the systems biology. Using a ne...
We analyse paths through the regulatory networks that control gene-expression patterns in Yeast, in ...
<p>The fitness scores (the difference in the mean of the log<sub>2</sub> hybridization signal betwee...
The modular biology is supposed to be a bridge from the molecular to the systems biology. Using a ne...
<p>State space of the 1024 possible network states (green circles) and their dynamical trajectories,...
Most processes in the cell are delivered by protein complexes, rather than individual proteins. Whil...
<p>Polarity protein network contained 99 nodes and 302 linkages obtained from BioGrid database (vers...
<p>The network representation of the machinery component SA (specific activity) in panel A shows how...
<p>The largest connected component from the physical-interaction graph which was derived by pooling ...
Most processes in the cell are delivered by protein complexes, rather than individual proteins. Whil...
Protein interactions in the budding yeast have been shown to form a scale-free network, a feature of...
Individual proteins, and small collections of proteins, have been extensively studied for at least t...
Abstract. To investigate the structure of the genomic interaction net-work built from yeast gene-exp...
The eukaryotic cell is often described as a hierarchy of systems (complexes and pathways) composed o...