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GRISSOM web based grid portal: Exploiting the power of grid infrastructure for the interpretation and storage of DNA microarray experiments

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Auteur
Chatziioannou, A.; Kanaris, I.; Maglogiannis, I.; Doukas, C.; Moulos, P.; Pilalis, E.; Kolisis, F.
Date
2009
DOI
10.1109/ITAB.2009.5394410
Sujet
Grid portal
Grid web services
GRISSOM
Microarray analysis
Biological research
Data intensive
Distributed processing
DNA micro-array
Gene expression patterns
Grid infrastructures
Grid portals
Grid resource
High-throughput
Living organisms
Microarray experiments
Open Source Software
Quantitative data
Web based
Web service technology
Web-based solutions
Work-flows
Biochips
Biology
DNA
Gene expression
Information technology
Open systems
Program interpreters
Query languages
Web services
Bioassay
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Résumé
DNA Microarrays have dramatically reshaped modern biological research by deriving profiles of genome-wide expression of living organisms, and producing an unprecedented wealth of quantitative data. Given this characteristic, microarray experiments are considered high-throughput both in terms of data (data intensive) and processing (computationally intensive). GRISSOM enables exploitation of GRID resources for DNA microarray distributed processing. It provides experts with a complete web-based solution for managing, searching and disseminating biological knowledge in the context of gene expression patterns on a genomic scale. The platform is developed and deployed using open source software components. Through the use of web service technologies (WSDL language) GRISSOM can be encapsulated in other biomedical processing workflows, thus rendering access to its algorithms, transparent and generic. ©2009 IEEE.
URI
http://hdl.handle.net/11615/26607
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