This thesis presents: 1) the development of a novel approach to find direct associations between pairs of elements linked indirectly through various common features, 2) the use of this approach to directly associate biological functions to protein domains (ECDomainMiner and GODomainMiner), and to discover domain-domain interactions, and finally 3) the extension of this approach to comprehensively annotate protein structures and sequences. ECDomainMiner and GODomainMiner are two applications to discover new associations between EC Numbers and GO terms to protein domains, respectively. They find a total of 20,728 and 20,318 non-redundant EC-Pfam and GO-Pfam associations, respectively, with F-measures of more than 0.95 with respect to a “Gold ...
We have developed GFam, a platform for automatic annotation of gene/protein families. GFam provides ...
Bioinformatics involves storing, analyzing and making predictions on massive amounts of protein and ...
The Gene3D structural domain database provides domain annotations for 7 million proteins, based on t...
This thesis presents: 1) the development of a novel approach to find direct associations between pai...
International audienceThe GO ontology is widely used for functional annotation of genes and proteins...
International audienceWith the growing number of three-dimensional protein structures in the protein...
International audienceBackground: Families of related proteins and their different functions may be ...
International audienceBackgroundMany entries in the protein data bank (PDB) are annotated to show th...
Abstract Background Families of related proteins and their different functions may be described syst...
International audienceWith the growing number of protein structures in the protein data bank (PDB), ...
The main topic of this thesis is functional annotation. Functional annotation consists in associatin...
International audienceHuge numbers of protein sequences are now available in public databases. In or...
International audienceProtein domain structure classification systems such as CATH and SCOP provide ...
Here we assessed the use of domain families for predicting the functions of whole proteins. These 'f...
Abstract Background The increasing protein family and domain based annotations constitute important ...
We have developed GFam, a platform for automatic annotation of gene/protein families. GFam provides ...
Bioinformatics involves storing, analyzing and making predictions on massive amounts of protein and ...
The Gene3D structural domain database provides domain annotations for 7 million proteins, based on t...
This thesis presents: 1) the development of a novel approach to find direct associations between pai...
International audienceThe GO ontology is widely used for functional annotation of genes and proteins...
International audienceWith the growing number of three-dimensional protein structures in the protein...
International audienceBackground: Families of related proteins and their different functions may be ...
International audienceBackgroundMany entries in the protein data bank (PDB) are annotated to show th...
Abstract Background Families of related proteins and their different functions may be described syst...
International audienceWith the growing number of protein structures in the protein data bank (PDB), ...
The main topic of this thesis is functional annotation. Functional annotation consists in associatin...
International audienceHuge numbers of protein sequences are now available in public databases. In or...
International audienceProtein domain structure classification systems such as CATH and SCOP provide ...
Here we assessed the use of domain families for predicting the functions of whole proteins. These 'f...
Abstract Background The increasing protein family and domain based annotations constitute important ...
We have developed GFam, a platform for automatic annotation of gene/protein families. GFam provides ...
Bioinformatics involves storing, analyzing and making predictions on massive amounts of protein and ...
The Gene3D structural domain database provides domain annotations for 7 million proteins, based on t...