Biomarkers of endocrine disruption: cluster analysis of effects of plasticisers on Phase 1 and Phase 2 metabolism of steroids

R. H. Waring, D. B. Ramsden, P. D. B. Jarratt, R. M. Harris
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引用次数: 7

Abstract

Although some endocrine disruptors (EDs) act at steroid receptors, it is now apparent that compounds may have ED potential if they alter steroid synthesis or metabolism, particularly if they affect Phase 1 or Phase 2 pathways. In the ENDOMET project (EU-funded 5th Framework programme), 23 different assays were used on a wide range of EDs. Cluster analysis of the matrix results enabled identification of four integrated test systems that can be used to pinpoint compounds that are able to alter steroid metabolism or function. Critical pathways were shown to include oestrogen synthesis and sulphonation, synthesis of sulphate/PAPS and thyroid hormone regulation so that the activity profiles of some Phase 1 and Phase 2 reactions can be used as biomarkers for detection of compounds with ED potential.

Abstract Image

内分泌干扰的生物标志物:增塑剂对类固醇1期和2期代谢影响的聚类分析
虽然一些内分泌干扰物(EDs)作用于类固醇受体,但现在很明显,如果这些化合物改变类固醇合成或代谢,特别是如果它们影响第一或第二阶段的途径,它们可能具有ED潜能。在ENDOMET项目(欧盟资助的第五框架计划)中,23种不同的测定方法用于广泛的EDs。对基质结果进行聚类分析,确定了四种集成测试系统,可用于确定能够改变类固醇代谢或功能的化合物。关键途径包括雌激素合成和磺化,硫酸盐/PAPS合成和甲状腺激素调节,因此一些1期和2期反应的活性谱可以用作检测具有ED电位的化合物的生物标志物。
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6-12 weeks
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