This paper provides a brief introduction to learning Bayesian networks from gene-expression data. The method is contrasted with other approaches to the reverse engineering of biochemical networks, and the Bayesian learning paradigm is briefly described. The article demonstrates an application to a simple synthetic toy problem and evaluates the inference performance in terms of ROC (receiver operator characteristic) curves
Abstract. DNA arrays yield a global view of gene expression and can be used to build genetic network...
We present new techniques for the application of the Bayesian network learning framework to the prob...
In genetics and systems biology, Bayesian networks (BNs) are used to describe and iden-tify interdep...
Recently, there has been much interest in reverse engineering genetic networks from time series data...
International audienceBACKGROUND: Inferring gene regulatory networks from data requires the developm...
Abstract Gene regulatory networks are collections of genes that interact with one other and with oth...
This article deals with the identification of gene regula-tory networks from experimental data using...
National audienceIn this work, we reconstruct the gene regulation networks from the microarray exper...
Recent advances in high-throughput molecular biology has motivated in the field of bioinformatics th...
Inferring gene regulatory networks from data requires the development of algorithms devoted to struc...
De nombreuses fonctions cellulaires sont réalisées grâce à l'interaction coordonnée de plusieurs gèn...
Gene regulatory networks are collections of genes that interact, whether directly or indirectly, wit...
Abstract In this chapter, we study different gene regulatory network learning methods based on penal...
Collana seminari interni 2012, Number 20120502.The network representation of cellular regulatory sys...
Microarray experiments generate vast amounts of data that evidently reflect many aspects of the unde...
Abstract. DNA arrays yield a global view of gene expression and can be used to build genetic network...
We present new techniques for the application of the Bayesian network learning framework to the prob...
In genetics and systems biology, Bayesian networks (BNs) are used to describe and iden-tify interdep...
Recently, there has been much interest in reverse engineering genetic networks from time series data...
International audienceBACKGROUND: Inferring gene regulatory networks from data requires the developm...
Abstract Gene regulatory networks are collections of genes that interact with one other and with oth...
This article deals with the identification of gene regula-tory networks from experimental data using...
National audienceIn this work, we reconstruct the gene regulation networks from the microarray exper...
Recent advances in high-throughput molecular biology has motivated in the field of bioinformatics th...
Inferring gene regulatory networks from data requires the development of algorithms devoted to struc...
De nombreuses fonctions cellulaires sont réalisées grâce à l'interaction coordonnée de plusieurs gèn...
Gene regulatory networks are collections of genes that interact, whether directly or indirectly, wit...
Abstract In this chapter, we study different gene regulatory network learning methods based on penal...
Collana seminari interni 2012, Number 20120502.The network representation of cellular regulatory sys...
Microarray experiments generate vast amounts of data that evidently reflect many aspects of the unde...
Abstract. DNA arrays yield a global view of gene expression and can be used to build genetic network...
We present new techniques for the application of the Bayesian network learning framework to the prob...
In genetics and systems biology, Bayesian networks (BNs) are used to describe and iden-tify interdep...