Abstract:- In this paper it is explained a new approach for clustering Gene Ontology (GO) terms by examining microarray data related to them. By segmenting the entire ontology in a single specific level, and applying techniques as discrimination and ranking of features to those GO terms that are contained in that level, it is produced a characterization of the contained terms, as feature importance vectors related to the gene expression patterns that are included in the microarray dataset. By utilizing data mining techniques to cluster the vectors, it is concluded that this new approach may help to obtain relations that are normally hidden among GO terms, not only the ones in the same contained ontology, but also getting a trans-ontological...
Although protein coding genes occupy only a small fraction of genomes in higher species, they are no...
One of the microarray data analyses using Gene Ontology (GO) [1] is grouping of genes by hierarchica...
In this lab we will explore the use of Gene Ontology (GO) to note particular associations with the r...
High throughput technologies produce large biological datasets that may lead to greater understandin...
The Gene Ontology (GO) is an important knowledge resource for biologists and bioinformaticians. This...
Motivation: With the advent of DNA microarray technologies, the parallel quantification of genome-wi...
Understanding biological activity requires the detection of crucial proteins. The identification of ...
Abstract. With the invention of biotechnological high throughput methods like DNA microarrays, biolo...
AbstractTo microarray expression data analysis, it is well accepted that biological knowledge-guided...
We propose a method for global validation of gene clusterings. The method selects a set of informati...
Background\ud The Gene Ontology (GO) is an ontology representing molecular biology concepts related ...
Abstract:- The hierarchical clustering algorithm has frequently been applied to grouping genes shari...
Abstract-Microarray data often contain missing expression values. Performance of many analysis metho...
Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associate...
Abstract. We propose a method for global validation of gene cluster-ings. The method selects a set o...
Although protein coding genes occupy only a small fraction of genomes in higher species, they are no...
One of the microarray data analyses using Gene Ontology (GO) [1] is grouping of genes by hierarchica...
In this lab we will explore the use of Gene Ontology (GO) to note particular associations with the r...
High throughput technologies produce large biological datasets that may lead to greater understandin...
The Gene Ontology (GO) is an important knowledge resource for biologists and bioinformaticians. This...
Motivation: With the advent of DNA microarray technologies, the parallel quantification of genome-wi...
Understanding biological activity requires the detection of crucial proteins. The identification of ...
Abstract. With the invention of biotechnological high throughput methods like DNA microarrays, biolo...
AbstractTo microarray expression data analysis, it is well accepted that biological knowledge-guided...
We propose a method for global validation of gene clusterings. The method selects a set of informati...
Background\ud The Gene Ontology (GO) is an ontology representing molecular biology concepts related ...
Abstract:- The hierarchical clustering algorithm has frequently been applied to grouping genes shari...
Abstract-Microarray data often contain missing expression values. Performance of many analysis metho...
Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associate...
Abstract. We propose a method for global validation of gene cluster-ings. The method selects a set o...
Although protein coding genes occupy only a small fraction of genomes in higher species, they are no...
One of the microarray data analyses using Gene Ontology (GO) [1] is grouping of genes by hierarchica...
In this lab we will explore the use of Gene Ontology (GO) to note particular associations with the r...