February 16, 2022
- New NMR Search range search options have been added. Search speed has been improved.
- All MS Searches now have had results corrected and speed improved.
February 16, 2022
- A new IR (Infrared) Spectrum Display.
- New Ontology.
- An enhanced JSpectraViewer with contours and drag-to-zoom for 2D Spectrum Viewing.
January 17, 2022
- The release notes for version 5.0 of the Human Metabolome Database are now available.
- There are currently 253244 Metabolites
September 15, 2012
- The release notes for version 3.0 of the Human Metabolome Database are now available. Additionally, version 2.5 of the HMDB downloads have been archived.
November 5, 2009
- The release notes for version 2.5 of the Human Metabolome Database are now available. Additionally, version 2.0 of the HMDB downloads have been archived.
October 15, 2009
- Version 1.0 of the HMDB has finally been taken offline. All files which were available for download from version 1 are available in the downloads section. Links to version 1 will redirect to the current version of the HMDB.
September 21, 2009
Each metabolite page now contains a link to the associated NuGOwiki page:
The Nutritional Metabolomics Database is a global open-source library of small molecules for use in human nutrition metabolomics, as part of the NuGO Metabolomics Initiative.
- PathBrowse and the associated HMDB pathways have been updated to automatically highlight the given metabolite in a pathway. For example, see the Alanine and aspartate metabolism pathway with Lipoamide highlighted. Pathways have also been unified so that the pathways from the HMDB, KEGG, and SimCell all match for each metabolite.
January 9, 2009
- Comments are now being exported with each concentration value. This allows our researchers to add pertinent information that may not belong in the other fields for a given concentration value. For example, see the comments section for the concentrations in the metabocard for 5-HETE (HMDB11134).
November 1, 2008
HMDB – Version 2.0 has just been released! The latest release of the HMDB now has detailed information on 6534 experimentally confirmed metabolites, representing an expansion of nearly 300% over version 1.0. Currently about 60% of the metabolites in the HMDB have been identified or confirmed by the HMDB's team of analytical chemists using NMR, LC-MS or GC-MS methods applied to a variety of human biofluids. Likewise, approximately 45% of the metabolites in the HMDB have been identified and archived through literature surveys or electronic data mining.
In addition to substantially increasing the number of metabolite entries we have also increased the completeness of the HMDB's annotations for hundreds of metabolites by adding many more detailed compound descriptions, including more synonyms (10% increase), doubling the number of compounds with NMR and MS spectra, tripling the number of compounds with biofluid concentration data and increasing the number of compounds with synthesis records by a factor of six.
Thanks to the feedback provided by HMDB's user community, a number of new data fields have been added to each MetaboCard in order to facilitate certain types of queries or comparisons. These include Chemical Source information (endogenous vs. exogenous), Physiological Charge, Experimental and Predicted logP, HMDB Pathway Images, General Metabolite References and Macromolecular Interacting Partners. New data fields have also been added for the BiGG database, Wikipedia and METLIN while extra data fields for GeneCard IDs, GeneAtlas IDs and HGNC IDs have been added for each of the corresponding enzymes. In addition to these changes, new data fields for NMR assignment files (both 1H and 13C) in the BMRB NMR* exchange format have been inserted as well as data fields for experimental 1H-13C HSQC Spectra, Simplified TOCSY Spectra and BMRB TOCSY Spectra.
We believe that one of the more important improvements to the HMDB concerns the addition of nearly 60 hand-drawn, zoomable, fully hyperlinked human metabolic pathway maps. Unlike most on-line metabolic maps, these HMDB pathway maps are quite specific to human metabolism and explicitly show the subcellular compartments where specific reactions are known to take place. All chemical structures in these pathway maps are hyperlinked to HMDB MetaboCards and all enzymes are hyperlinked to UniProt data cards for human enzymes.