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About DbNP
The Nutritional Phenotype Database (DbNP) helps biologists to interpret the results of biology studies which involve multiple 'omics' techniques. Initially, it was aimed at medium sized nutrigenomics intervention studies (hence the name), but it is now also used for storing studies from different biology areas, such as environmental plant studies. DbNP can be used for different purposes:
- Store detailed information about the design of your studies
- Link those study designs to actual 'omics' data
- Interpret the measured data along the axes of your study design
Current status
The development of DbNP software was started in December 2009.
- As of September 2010, we have completed the first version of the main 'module' of DbNP, called GSCF. It allows users to create or import study design information, and link that to 'omics' data in other DbNP-compliant software modules.
- Also, a number of modules are being developed, for clinical chemistry (Simple Assay Module), for metabolomics and for transcriptomics.
Who is behind it?
- The project was initated by the European Nutrigenomics Organization (NuGO)
- The Netherlands Metabolomics Centre (NMC) devotes developers to it, especially to the metabolomics module
- The Netherlands Bioinformatics Centre (NBIC) supplies development infrastructure and project management
- European Micronutrient Recommendations Aligned (EURECCA) gives academic input on the GSCF and SAM modules
- TNO Quality of Life (TNO) supplies first-time test users and also hosts some of our activities
- The Nutrition, Metabolism and Genomics (Nutrigenomics) Group @ WUR and the Netherlands Nutrigenomics Centre built the Clean Transcriptome Database module
- The Netherlands Toxicogenomics Centre (NTC) are among our first-time end users and supply import/export to ArrayTrack
- Plant Research International (PRI @ Wageningen University) also are in our pool of early test users
- The National Centre for Toxicological Research (NCTR @ FDA) and the Human Nutrition Research Centre of Aging (HNRCA @ Tufts) are our international partners in the development of a genetics module
- The Hyve has contributed to the program code of some of the modules
Relation to other projects
There are quite a few open source projects which focus on storing study design, multiple types of omics data or even both (such as ISATAB - see our supported exchange formats, LabKey, XGAP, OpenBIS, caBIG). All these initatives have more or less the same goals, but differ in focus, programming platform and user base. The unique focus points of DbNP are:
- DbNP has been from the very start of the project a collaboration of biologists, bioinformaticians and computer scientists, but it's focused on usability by biologists as end users.
- DbNP makes organization-wide or even consortium-wide standardization as easy as possible, by providing easy access to ontologies, so-called (study description) 'templates' and SOPs
- DbNP links to external webservices/websites hosting the actual omics data, rather than storing everything in one place (although it is possible to host all these services on one server)
Related Publications
- B. van Ommen, J. Bouwman, L.O. Dragsted, C.A. Drevon, R. Elliott, P. de Groot, J. Kaput, J.C. Mathers, M. Müller, F. Pepping, et al.: Challenges of molecular nutrition research 6: the nutritional phenotype database to store, share and evaluate nutritional systems biology studies. Genes & Nutrition, 5(3), pp. 189-203, 2010. DOI:10.1007/s12263-010-0167-9
- C.T. Evelo, K. van Bochove, J.-T. Saito: Answering biological questions: querying a systems biology database for nutrigenomics. Genes and Nutrition, 2010. DOI:10.1007/s12263-010-0190-x
- Laursen L., Interdisciplinary research: Big science at the table. Nature 468, p. S2-S4, December 2010. DOI: 10.1038/468S2a





