Multiple alignment of biological networks is used to extract functional information from high-throughput data represented by graphs. This data can be protein-protein interactions, metabolic pathways or even the gene layout on a chromosome. We start by giving a precise formalism, based on the notions of layered datagraph and alignment multigraph (MGA), which defines local multiple alignments in the datagraph, allowing for example the tuning of the topology conservation between networks. Next, we present a new algorithm that builds and partitions the MGA ''on the fly", which allows us to deal with alignment of numerous biological networks. In a second part, we extend the formalism to be able to recover alignments - which we call ''partial" - ...
Motivation: As biological inquiry produces ever more network data, such as protein-protein interacti...
International audience—Due to the rapid progress of biological networks for modeling biological syst...
The effective and efficient prediction and reconstruction of biological networks for a variety of in...
Multiple alignment of biological networks is used to extract functional information from high-throug...
International audienceRecent experimental progress is once again producing a huge quantity of data i...
In this article we discuss the problem of graph alignment, which has been longly referred to for the...
The concept of multiple graph alignment (MGA) has recently been introduced as a novel method for the...
Abstract: The concept of multiple graph alignment has recently been introduced as a novel method for...
Abstract. Discovering patterns in networks of protein-protein interactions (PPIs) is a central probl...
The concept of multiple graph align-ment has recently been introduced as a novel method for the stru...
Important biological information is encoded in the topology of biological networks. Comparative anal...
Protein-protein interaction (PPI) network alignment is a canonical operation to transfer biological ...
\u3cp\u3eThe increasing growth of data on protein-protein interaction (PPI) networks has boosted res...
Both authors contributed equally to this work The concept of multiple graph alignment has recently b...
Abstract Background In addition to component-based comparative approaches, network alignments provid...
Motivation: As biological inquiry produces ever more network data, such as protein-protein interacti...
International audience—Due to the rapid progress of biological networks for modeling biological syst...
The effective and efficient prediction and reconstruction of biological networks for a variety of in...
Multiple alignment of biological networks is used to extract functional information from high-throug...
International audienceRecent experimental progress is once again producing a huge quantity of data i...
In this article we discuss the problem of graph alignment, which has been longly referred to for the...
The concept of multiple graph alignment (MGA) has recently been introduced as a novel method for the...
Abstract: The concept of multiple graph alignment has recently been introduced as a novel method for...
Abstract. Discovering patterns in networks of protein-protein interactions (PPIs) is a central probl...
The concept of multiple graph align-ment has recently been introduced as a novel method for the stru...
Important biological information is encoded in the topology of biological networks. Comparative anal...
Protein-protein interaction (PPI) network alignment is a canonical operation to transfer biological ...
\u3cp\u3eThe increasing growth of data on protein-protein interaction (PPI) networks has boosted res...
Both authors contributed equally to this work The concept of multiple graph alignment has recently b...
Abstract Background In addition to component-based comparative approaches, network alignments provid...
Motivation: As biological inquiry produces ever more network data, such as protein-protein interacti...
International audience—Due to the rapid progress of biological networks for modeling biological syst...
The effective and efficient prediction and reconstruction of biological networks for a variety of in...