Triazines
Number of EDCs: 11
Chemical nameChemical identifierLiterature identifier
PrometrynDED000075PMID:7433862
PropazineDED000077PMID:10746939, PMID:27431321
SimazineDED000080PMID:10746939, PMID:17520059, PMID:20381603, PMID:25461544
MelamineDED000166PMID:24607646, PMID:26866683, PMID:27892862, Yin et al., 2014
AmetrynDED000216PMID:39365753, PMID:708932
2-Chloro-4,6-diamino-s-triazineDED000256PMID:15056801, PMID:24632104
TerbuthylazineDED000262PMID:27431321
CyanazineDED000290PMID:10647918
2-HydroxyatrazineDED000562PMID:24323408
AtrazineDED000575PMID:10696778, PMID:10746939, PMID:11053540, PMID:11675267, PMID:12128101, PMID:15056801, PMID:15132767, PMID:15888671, PMID:16221967, PMID:16443249, PMID:17331471, PMID:17520059, PMID:17692527, PMID:18226067, PMID:18461179, PMID:19265281, PMID:19365547, PMID:20045047, PMID:20624442, PMID:21126571, PMID:21677308, PMID:21839517, PMID:22285353, PMID:23376530, PMID:24440342, PMID:24486430, PMID:24758756, PMID:24916741, PMID:25275270, PMID:26984284, PMID:27431321, PMID:28615648, PMID:28847621, PMID:29147981, PMID:29874772, PMID:30555326, PMID:31475654, PMID:33324343, PMID:33463082, PMID:33781367, PMID:34360708, PMID:34600026, PMID:35093817, PMID:36367780, PMID:36831314, PMID:37926918, PMID:37949145, PMID:38215996, PMID:38583534, PMID:38943029, PMID:39019188, PMID:39136868, PMID:39161789, PMID:39365753, PMID:39461294, PMID:39494159, PMID:39679284, PMID:8829248
DeethylatrazineDED000880PMID:39365753

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We have built a comprehensive resource which compiles potential endocrine disrupting chemicals (EDCs) based on the observed adverse effects or endocrine-mediated endpoints in published experiments on humans or rodents to support basic research. We are not responsible for any errors or omissions in the published research articles or supporting literature on potential EDCs compiled in this resource. Users are advised to exercise their own judgement on the weight of evidence for potential EDCs compiled in this resource. Importantly, our sole goal to build this resource on potential EDCs is to enable future basic research towards better understanding of the systems-level perturbations upon chemical exposure rather than influencing regulatory advice on chemical use.