Protein domains typically correspond to major functional sites of a protein. Therefore, determining similarity between domains can aid in the comparison of protein functions, and can provide a basis for grouping domains based on function. One strategy for comparing domain similarity and domain-protein similarity is to use similarity measurements of annotation terms from the Gene Ontology (GO). In this paper five methods are analyzed in terms of their usefulness for comparing domains, and comparing domains to proteins based on GO terms
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
There exists a plethora of measures to evaluate functional similarity (FS) between genes, which is a...
Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, p...
There has been much interest in uncovering protein-protein interactions and their underlying domain-...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
Large amounts of protein and domain interaction data are being produced by experimental high-through...
Motivation: Large amounts of protein and domain interaction data are being produced by experimental ...
Genome-wide sequencing projects of many different organisms produce large numbers of sequences that ...
MOTIVATION: Numerous annotations are available that functionally characterize genes and proteins wit...
AbstractExisting methods for computing the semantic similarity between Gene Ontology (GO) terms are ...
Bioinformatics arose from the need to manage and extract knowledge from the vast amount of sequence ...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
oai:ojs2.ctrj.in:article/1Aim: A similarity evaluation measure for Gene Ontology GO terms is develop...
\paragraph*{Background:} Gene Ontology (GO) is a standard vocabulary of functional terms and allows ...
<div><p>The current increase in Gene Ontology (GO) annotations of proteins in the existing genome da...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
There exists a plethora of measures to evaluate functional similarity (FS) between genes, which is a...
Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, p...
There has been much interest in uncovering protein-protein interactions and their underlying domain-...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
Large amounts of protein and domain interaction data are being produced by experimental high-through...
Motivation: Large amounts of protein and domain interaction data are being produced by experimental ...
Genome-wide sequencing projects of many different organisms produce large numbers of sequences that ...
MOTIVATION: Numerous annotations are available that functionally characterize genes and proteins wit...
AbstractExisting methods for computing the semantic similarity between Gene Ontology (GO) terms are ...
Bioinformatics arose from the need to manage and extract knowledge from the vast amount of sequence ...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
oai:ojs2.ctrj.in:article/1Aim: A similarity evaluation measure for Gene Ontology GO terms is develop...
\paragraph*{Background:} Gene Ontology (GO) is a standard vocabulary of functional terms and allows ...
<div><p>The current increase in Gene Ontology (GO) annotations of proteins in the existing genome da...
The current increase in Gene Ontology (GO) annotations of proteins in the existing genome databases ...
There exists a plethora of measures to evaluate functional similarity (FS) between genes, which is a...
Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, p...