Organisms and cellular Systems - Survey
Human Cell Lines
|
27
|
Mice
|
22
|
Blood
|
22
|
Biopsy
|
18
|
Human Primary
|
15
|
Mouse
|
15
|
Rats
|
14
|
Yeast
|
14
|
Urine
|
10
|
Eubacteria
|
5
|
Rabbits
|
4
|
Arabidopsis
|
4
|
Agricultural Crop
|
3
|
Stool
|
3
|
Table 5: Survey on the areas of Lipidomics expertise; Institutions with medium and high expertise level (only organisms with more than 2 hits)
Beside this contact and expertise database the LEP contains databases for lipid standards (Fig. 4) and for methods (Fig. 5), which should improve methodology and standard material exchange.
Fig. 4: Methodology Database.
Fig. 5: Lipid Standard Database.
Currently, as one goal of the FP project LipidomicNet the Wikipedia software is being integrated into the LEP (LEP-Wiki, Fig. 6), which will provide information on lipids from basic information to advanced aspects like the biology and pathophysiology that lipids are involved in.
A major source for LEP-Wiki is a close link to other databases including LIPID MAPS (http://www.lipidmaps.org) for lipid nomenclature and lipid species data, Lipid Bank - Japan (http://www.lipidbank.jp) for lipid species data and KEGG PATHWAY Database for metabolic pathways (http://www.genome.jp/kegg/pathway.html). Moreover, information on lipid metabolic pathways will be linked to genomics information including databases like Ensembl (http://www.ensembl.org).
LEP-Wiki lives from the contribution of people interested in Lipidomics. All Lipidomics Expertise Platform (LEP) members can edit the content and add new data.
Fig. 6: LEP-Wiki
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