GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics

Current methods of data analysis of gene-gene interactions in complex diseases, after taking into account environmental factors using traditional approaches, are inefficient. High-throughput methods of analysis in large scale studies including thousands of subjects and hundreds of SNPs should be imp...

Full description

Bibliographic Details
Main Authors: Oscar Coltell, José M. Ordovás, Carmen Saiz, Manuel Forner, Francisco Gabriel, Dolores Corella
Format: Article
Language:English
Published: International Institute of Informatics and Cybernetics 2013-06-01
Series:Journal of Systemics, Cybernetics and Informatics
Subjects:
Online Access:http://www.iiisci.org/Journal/CV$/sci/pdfs/8BA532YT.pdf
_version_ 1818531607830593536
author Oscar Coltell
José M. Ordovás
Carmen Saiz
Manuel Forner
Francisco Gabriel
Dolores Corella
author_facet Oscar Coltell
José M. Ordovás
Carmen Saiz
Manuel Forner
Francisco Gabriel
Dolores Corella
author_sort Oscar Coltell
collection DOAJ
description Current methods of data analysis of gene-gene interactions in complex diseases, after taking into account environmental factors using traditional approaches, are inefficient. High-throughput methods of analysis in large scale studies including thousands of subjects and hundreds of SNPs should be implemented. We developed an integrative computer tool, GEGEINTOOL (GEne- GEne INTeraction tOOL), for large-scale analysis of gene-gene interactions, in human studies of complex diseases including a large number of subjects, SNPs, as well as environmental factors. That resource uses standard statistical packages (SPSS, etc.) to build and fit the gene-gene interaction models by means of syntax scripts in predicting one or more continuous or dichotomic phenotypes. Codominant, dominant and recessive genetic interaction models including control for covariates are automatically created for each SNP in order to test the best model. From the standard outputs, GEGEINTOOL extracts a selected set of parameters (regression coefficients, p-values, adjusted means, etc.), and groups them in a single MS Excel Spreadsheet. The tool allows editing the set of filter parameters, filtering the selected results depending on p-values, as well as plotting the selected gene-gene interactions to check consistency. In conclusion, GEGEINTOOL is a useful and friendly tool for exploring and identifying gene-gene interactions in complex diseases.
first_indexed 2024-12-11T17:34:39Z
format Article
id doaj.art-31ea62bce94546589715da9af378a182
institution Directory Open Access Journal
issn 1690-4524
language English
last_indexed 2024-12-11T17:34:39Z
publishDate 2013-06-01
publisher International Institute of Informatics and Cybernetics
record_format Article
series Journal of Systemics, Cybernetics and Informatics
spelling doaj.art-31ea62bce94546589715da9af378a1822022-12-22T00:56:42ZengInternational Institute of Informatics and CyberneticsJournal of Systemics, Cybernetics and Informatics1690-45242013-06-011135861GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular GenomicsOscar Coltell0José M. Ordovás1Carmen Saiz2Manuel Forner3Francisco Gabriel4Dolores Corella5 Universitat Jaume I Tufts University University of Valencia Universitat Jaume I University of Valencia University of Valencia Current methods of data analysis of gene-gene interactions in complex diseases, after taking into account environmental factors using traditional approaches, are inefficient. High-throughput methods of analysis in large scale studies including thousands of subjects and hundreds of SNPs should be implemented. We developed an integrative computer tool, GEGEINTOOL (GEne- GEne INTeraction tOOL), for large-scale analysis of gene-gene interactions, in human studies of complex diseases including a large number of subjects, SNPs, as well as environmental factors. That resource uses standard statistical packages (SPSS, etc.) to build and fit the gene-gene interaction models by means of syntax scripts in predicting one or more continuous or dichotomic phenotypes. Codominant, dominant and recessive genetic interaction models including control for covariates are automatically created for each SNP in order to test the best model. From the standard outputs, GEGEINTOOL extracts a selected set of parameters (regression coefficients, p-values, adjusted means, etc.), and groups them in a single MS Excel Spreadsheet. The tool allows editing the set of filter parameters, filtering the selected results depending on p-values, as well as plotting the selected gene-gene interactions to check consistency. In conclusion, GEGEINTOOL is a useful and friendly tool for exploring and identifying gene-gene interactions in complex diseases.http://www.iiisci.org/Journal/CV$/sci/pdfs/8BA532YT.pdf Genetic EpidemiologyBioinformaticsGene-Gene InteractionsCardiovascular DiseasesStatistical AnalysisGenomicsPolymorphisms
spellingShingle Oscar Coltell
José M. Ordovás
Carmen Saiz
Manuel Forner
Francisco Gabriel
Dolores Corella
GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
Journal of Systemics, Cybernetics and Informatics
Genetic Epidemiology
Bioinformatics
Gene-Gene Interactions
Cardiovascular Diseases
Statistical Analysis
Genomics
Polymorphisms
title GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
title_full GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
title_fullStr GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
title_full_unstemmed GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
title_short GEGEINTOOL: A Computer-Based Tool for Automated Analysis of Gene-Gene Interactions in Large Epidemiological Studies in Cardiovascular Genomics
title_sort gegeintool a computer based tool for automated analysis of gene gene interactions in large epidemiological studies in cardiovascular genomics
topic Genetic Epidemiology
Bioinformatics
Gene-Gene Interactions
Cardiovascular Diseases
Statistical Analysis
Genomics
Polymorphisms
url http://www.iiisci.org/Journal/CV$/sci/pdfs/8BA532YT.pdf
work_keys_str_mv AT oscarcoltell gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics
AT josemordovas gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics
AT carmensaiz gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics
AT manuelforner gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics
AT franciscogabriel gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics
AT dolorescorella gegeintoolacomputerbasedtoolforautomatedanalysisofgenegeneinteractionsinlargeepidemiologicalstudiesincardiovasculargenomics