International audienceGenetic network inference is one of the main challenges for computer scientists in cellular biology. We propose to use in silico experimental evolution to guide the development of inference algorithm by (i) developing general knowledge about genetic networks structure (and use this knowledge to develop inference heuristics), and (ii) generate large realistic benchmarks to support validation of inference algorithms. For this purpose, we develop the RAevol model which aims at simulating the evolution of regulatory networks
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceGenetic network inference is one of the main challenges for computer scientist...
International audienceGenetic network inference is one of the main challenges for computer scientist...
International audienceRegulatory networks are not randomly connected. They are modular, scale-free n...
International audienceRegulatory networks are not randomly connected. They are modular, scale-free n...
Computational inference of transcriptional regulatory networks remains a challenging problem, in par...
In this chapter, we describe the use of evolutionary methods for the in silico generation of artific...
In this chapter, we describe the use of evolutionary methods for the in silico generation of artific...
NetworksInternational audienceGene regulatory networks are a central mechanism in the regulation of ...
Abstract- In this paper, we present an application of genetic algorithms to the gene network inferen...
International audienceExisting regulatory network models attempt to copy the ``in vivo" regulatory p...
Background: Computational inference of transcriptional regulatory networks remains a challenging pro...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceGenetic network inference is one of the main challenges for computer scientist...
International audienceGenetic network inference is one of the main challenges for computer scientist...
International audienceRegulatory networks are not randomly connected. They are modular, scale-free n...
International audienceRegulatory networks are not randomly connected. They are modular, scale-free n...
Computational inference of transcriptional regulatory networks remains a challenging problem, in par...
In this chapter, we describe the use of evolutionary methods for the in silico generation of artific...
In this chapter, we describe the use of evolutionary methods for the in silico generation of artific...
NetworksInternational audienceGene regulatory networks are a central mechanism in the regulation of ...
Abstract- In this paper, we present an application of genetic algorithms to the gene network inferen...
International audienceExisting regulatory network models attempt to copy the ``in vivo" regulatory p...
Background: Computational inference of transcriptional regulatory networks remains a challenging pro...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...
International audienceReverse engineering of gene regulatory networks is a key issue for functional ...