T3DB: the toxic exposome database

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DOI	Resolve DOI: https://doi.org/10.1093/nar/gku1004
Author	Search for: Wishart, D.¹ ; Search for: Arndt, D.; Search for: Pon, A.; Search for: Sajed, T.; Search for: Guo, A. C.; Search for: Djoumbou, Y.; Search for: Knox, C.; Search for: Wilson, M.; Search for: Liang, Y.; Search for: Grant, J.; Search for: Liu, Y.; Search for: Goldansaz, S. A.; Search for: Rappaport, S. M.
Name affiliation	NINT
Format	Text
Type	Article
Journal title	Nucleic Acids Research
ISSN	0305-1048 1362-4962
Volume	43
Issue	D1
Pages	D928–D934
Abstract	The exposome is defined as the totality of all human environmental exposures from conception to death. It is often regarded as the complement to the genome, with the interaction between the exposome and the genome ultimately determining one's phenotype. The ‘toxic exposome’ is the complete collection of chronically or acutely toxic compounds to which humans can be exposed. Considerable interest in defining the toxic exposome has been spurred on by the realization that most human injuries, deaths and diseases are directly or indirectly caused by toxic substances found in the air, water, food, home or workplace. The Toxin-Toxin-Target Database (T3DB - www.t3db.ca) is a resource that was specifically designed to capture information about the toxic exposome. Originally released in 2010, the first version of T3DB contained data on nearly 2900 common toxic substances along with detailed information on their chemical properties, descriptions, targets, toxic effects, toxicity thresholds, sequences (for both targets and toxins), mechanisms and references. To more closely align itself with the needs of epidemiologists, toxicologists and exposome scientists, the latest release of T3DB has been substantially upgraded to include many more compounds (>3600), targets (>2000) and gene expression datasets (>15 000 genes). It now includes extensive data on ‘normal’ toxic compound concentrations in human biofluids as well as detailed chemical taxonomies, informative chemical ontologies and a large number of referential NMR, MS/MS and GC-MS spectra. This manuscript describes the most recent update to the T3DB, which was previously featured in the 2010 NAR Database Issue.
Publication date	2014-11-05
Publisher	Oxford University Press
Language	English
Peer reviewed	Yes
NPARC number	23001638
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Record identifier	3735b736-b3b3-4a14-8eac-d80ce8238737
Record created	2017-03-13
Record modified	2019-03-08

Date modified:: 2019-11-13

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