Clustering has become one of the fundamental tools for analyzing gene expression and producing gene classifications. Clustering models enable finding patterns of similarity in order to understand gene function, gene regulation, cellular processes and sub-types of cells. The clustering results however have to be combined with sequence data or knowledge about gene functionality in order to make biologically meaningful conclusions. In this work, we explore a new model that integrates gene expression with sequence or text information
Clustering methods are used to place items in natural patterns or convenient groups. They can be use...
In this work, we assess the suitability of cluster analysis for the gene grouping problem confronted...
Graphical model-based gene clustering and metagene expression analysis Summary: We describe a novel ...
Motivation: Over the last decade, a large variety of clustering algorithms have been developed to de...
The possible applications of modeling and simulation in the field of bioinformatics are very extensi...
Gene expression data hide vital information required to understand the biological process that takes...
Many existing clustering algorithms have been used to identify coexpressed genes in gene expression ...
Clustering techniques are used to arrange genes in some natural way, that is, to organize genes into...
DNA microarray technology has made it possible to simultaneously monitor the expression levels of th...
Systems biology and bioinformatics are now major fields for productive research. DNA microarrays and...
We propose a model-based approach to unify clustering and network modeling using time-course gene ex...
gene expression patterns, clustering, random graphs With the advance of hybridization array technolo...
DNA microarray technology is used for simultaneously measuring DNA expression level of thousands of ...
Abstract. Current microarray technology provides ways to obtain time series expression data for stud...
Abstract. Motivation: Many clustering algorithms have been proposed for the analysis of gene expr...
Clustering methods are used to place items in natural patterns or convenient groups. They can be use...
In this work, we assess the suitability of cluster analysis for the gene grouping problem confronted...
Graphical model-based gene clustering and metagene expression analysis Summary: We describe a novel ...
Motivation: Over the last decade, a large variety of clustering algorithms have been developed to de...
The possible applications of modeling and simulation in the field of bioinformatics are very extensi...
Gene expression data hide vital information required to understand the biological process that takes...
Many existing clustering algorithms have been used to identify coexpressed genes in gene expression ...
Clustering techniques are used to arrange genes in some natural way, that is, to organize genes into...
DNA microarray technology has made it possible to simultaneously monitor the expression levels of th...
Systems biology and bioinformatics are now major fields for productive research. DNA microarrays and...
We propose a model-based approach to unify clustering and network modeling using time-course gene ex...
gene expression patterns, clustering, random graphs With the advance of hybridization array technolo...
DNA microarray technology is used for simultaneously measuring DNA expression level of thousands of ...
Abstract. Current microarray technology provides ways to obtain time series expression data for stud...
Abstract. Motivation: Many clustering algorithms have been proposed for the analysis of gene expr...
Clustering methods are used to place items in natural patterns or convenient groups. They can be use...
In this work, we assess the suitability of cluster analysis for the gene grouping problem confronted...
Graphical model-based gene clustering and metagene expression analysis Summary: We describe a novel ...