International audienceIn human health and life sciences, researchers extensively collaborate with each other, sharing biomedical and genomic data and their experimental results. This necessitates dynamically integrating different databases or warehousing them into a single repository. Based on our past experience of building a data warehouse called GEDAW (Gene Expression Data Warehouse) that stores data on genes expressed in the liver during iron overload and liver pathologies, and also relevant information from public databanks (mostly in XML format), DNA chips home experiments and medical records, we present the lessons learned, the data quality issues in this context and the current solutions we propose for integrating and warehousing bi...
Background Vast sample sizes are often essential in the quest to disentangle the complex interplay o...
Abstract: Genome databases store data about molecular biological entities such as genes, proteins, d...
Biological databases represent an extraordinary collective volume of work. Diligently built up over ...
International audienceIn human health and life sciences, researchers extensively collaborate with ea...
Genomic data are growing at unprecedented pace, along with new protocols, update polices, formats an...
International audienceIn this chapter, the authors review the literature on data integration in the ...
SummaryNumerous biomolecular data are available, but they are scattered in many databases and only s...
Genome databases store data about molecular biological entities such as genes, proteins, diseases, e...
Scientific research in bio-informatics is often data-driven and supported by numerous biological dat...
In this chapter, the authors review the literature on data integration in the life sciences with a p...
Biomedical questions are often complex and address multiple topics simultaneously. Answering them re...
Background Vast sample sizes are often essential in the quest to disentangle the complex interplay o...
Abstract: Genome databases store data about molecular biological entities such as genes, proteins, d...
Biological databases represent an extraordinary collective volume of work. Diligently built up over ...
International audienceIn human health and life sciences, researchers extensively collaborate with ea...
Genomic data are growing at unprecedented pace, along with new protocols, update polices, formats an...
International audienceIn this chapter, the authors review the literature on data integration in the ...
SummaryNumerous biomolecular data are available, but they are scattered in many databases and only s...
Genome databases store data about molecular biological entities such as genes, proteins, diseases, e...
Scientific research in bio-informatics is often data-driven and supported by numerous biological dat...
In this chapter, the authors review the literature on data integration in the life sciences with a p...
Biomedical questions are often complex and address multiple topics simultaneously. Answering them re...
Background Vast sample sizes are often essential in the quest to disentangle the complex interplay o...
Abstract: Genome databases store data about molecular biological entities such as genes, proteins, d...
Biological databases represent an extraordinary collective volume of work. Diligently built up over ...