Elevated Metabolites of Steroidogenesis and Amin... [Toxicol Sci. 2017] - Exposure Details | CTD
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Reference Elevated Metabolites of Steroidogenesis and Amino Acid Metabolism in Preadolescent Female Children With High Urinary Bisphenol A Levels: A High-Resolution Metabolomics Study.

These are exposure details associated with the reference.



1–28 of 28 results.
  Reference Exposure Stressor Number of Receptors Receptors Receptor Notes Medium Exposure Marker Marker Level Measurement Statistic Assay Notes Country Outcome Relationship Disease Phenotype
1. Khan A, et al. (2017). bisphenol A 9 Children high bisphenol A subset urine bisphenol A 501.59 micrograms per gram creatinine mean high BPA group Korea, Republic of
2. Khan A, et al. (2017). bisphenol A 9 Children low bisphenol A subset urine bisphenol A 4.09 micrograms per gram creatinine mean low BPA group Korea, Republic of
3. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine 22-hydroxycholesterol increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
4. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine 3-methoxytyramine decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
5. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine aerobactin decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
6. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Androstenedione increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
7. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine anthranilic acid increased in high BPA group vs. low BPA group Korea, Republic of
8. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Carnitine decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
9. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Cholesterol increased in high BPA group vs. low BPA group, and decreased in high BPA females vs. high BPA males Korea, Republic of
10. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Corticosterone decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
11. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine cortolone increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
12. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine crotonyl-coenzyme A decreased in high BPA group vs. low BPA group Korea, Republic of
13. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Cytidine Monophosphate N-Acetylneuraminic Acid decreased in high BPA group vs. low BPA group, and decreased in high BPA females vs. high BPA males Korea, Republic of
14. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine cytidine monophosphate-N-glycoloylneuraminic acid increased in high BPA group vs. low BPA group Korea, Republic of
15. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine estrone sulfate increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
16. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine fructose-6-phosphate increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
17. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine glucosaminic acid increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
18. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Hydrocortisone decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
19. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine isocaproaldehyde increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
20. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Malonyl Coenzyme A increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
21. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine N-acetylmuramic acid increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
22. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine N-acetylserotonin increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
23. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine phenylacetylglycine increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
24. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Pregnanediol decreased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
25. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine Progesterone increased in high BPA group vs. low BPA group, and increased in high BPA females vs. high BPA males Korea, Republic of
26. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups urine testosterone glucuronate increased in high BPA group vs. low BPA group Korea, Republic of
27. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups Korea, Republic of positive correlation abnormal regulation of cellular amino acid metabolic process
28. Khan A, et al. (2017). bisphenol A 18 Children metabolite comparsion between low and high bisphenol A subgroups Korea, Republic of positive correlation abnormal regulation of steroid biosynthetic process
1–28 of 28 results.