Prostatic Neoplasms - Exposure Details | CTD
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Disease Prostatic Neoplasms

These are exposure details associated with the disease and all of its children.



1–50 of 131 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. Chamie K, et al. (2008). Agent Orange 6,214 Veterans Vietnam War veterans (another 6,930 non-exposed veterans were used as controls in cohort) United States positive correlation Prostatic Neoplasms
2. Zafar MB, et al. (2001). Agent Orange 32 Veterans Vietnam War veterans (another 96 self-reported non-exposed, age-matched veterans were used as controls in cohort) United States no correlation Prostatic Neoplasms
3. Christensen CH, et al. (2016). alachlor 2,220 Subjects with gene influence:SULT2A1 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
4. Christensen CH, et al. (2016). alachlor 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
5. Koutros S, et al. (2013). Aldrin 2,220 Workers Pesticide applicators United States positive correlation Prostatic Neoplasms
6. Koutros S, et al. (2013). Aldrin 2,220 Subjects with gene influence:TET2 Pesticide applicators United States positive correlation Prostatic Neoplasms
7. Koutros S, et al. (2013). Aldrin 1,962 Workers Pesticide applicators United States positive correlation Prostatic Neoplasms
8. Loeb S, et al. (2015). Aspirin 2,591 Controls for disease:Prostatic Neoplasms Subjects had >= 12 risk alleles United States negative correlation Prostatic Neoplasms
9. Loeb S, et al. (2015). Aspirin 2,591 Subjects with disease:Prostatic Neoplasms Subjects had >= 12 risk alleles United States negative correlation Prostatic Neoplasms
10. Andreotti G, et al. (2012). Atrazine 2,220 Subjects with gene influence:LRP1 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
11. Andreotti G, et al. (2012). Atrazine 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
12. Freeman LE, et al. (2011). Atrazine 53,662 Workers Pesticide applicators United States no correlation Prostatic Neoplasms
13. Karami S, et al. (2013). Atrazine 2,220 Subjects with gene influence:VDR Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
14. Karami S, et al. (2013). Atrazine 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
15. Andreotti G, et al. (2012). Atrazine 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
16. Andreotti G, et al. (2012). Atrazine 2,220 Subjects with gene influence:LDLR Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
17. Christensen CH, et al. (2016). butylate 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
18. Christensen CH, et al. (2016). butylate 2,220 Subjects with gene influence:ESR1 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
19. Lynch SM, et al. (2009). butylate 19,665 Workers Pesticide Applicators United States positive correlation Prostatic Neoplasms
20. Alavanja MC, et al. (2003). butylate Workers Pesticide applicators with family history of prostate cancer United States prediction/hypothesis Prostatic Neoplasms
21. Christensen CH, et al. (2016). Carbaryl 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
22. Christensen CH, et al. (2016). Carbaryl 2,220 Subjects with gene influence:HSD17B4 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
23. Koutros S, et al. (2011). Carbaryl 2,220 Workers Pesticide applicators United States negative correlation Prostatic Neoplasms
24. Andreotti G, et al. (2012). Carbofuran 2,220 Subjects with gene influence:LDLR Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
25. Barry KH, et al. (2012). Carbofuran 2,220 Workers Pesticide applicators United States positive correlation Prostatic Neoplasms
26. Barry KH, et al. (2012). Carbofuran 2,220 Subjects with gene influence:CDK7 Pesticide applicators United States positive correlation Prostatic Neoplasms
27. Andreotti G, et al. (2012). Carbofuran 2,220 Subjects with gene influence:A4GALT Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
28. Andreotti G, et al. (2012). Carbofuran 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
29. Andreotti G, et al. (2012). Carbofuran 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
30. Multigner L, et al. (2016). Chlordecone 623 Subjects with disease:Prostatic Neoplasms men with newly diagnosed prostate cancer plasma Chlordecone 49.1 micrograms per liter maximum Guadeloupe positive correlation Prostatic Neoplasms
31. Multigner L, et al. (2016). Chlordecone 623 Subjects with disease:Prostatic Neoplasms men with newly diagnosed prostate cancer plasma Chlordecone 0.6 micrograms per liter median Guadeloupe
32. Alavanja MC, et al. (2003). Chlorpyrifos Workers Pesticide applicators with family history of prostate cancer United States prediction/hypothesis Prostatic Neoplasms
33. Koutros S, et al. (2010). Coumaphos 2,220 Workers Pesticide applicators with and without 8q24 single nucleotide polymorphisms United States positive correlation Prostatic Neoplasms
34. Alavanja MC, et al. (2003). Coumaphos Workers Pesticide applicators with family history of prostate cancer United States prediction/hypothesis Prostatic Neoplasms
35. Christensen CH, et al. (2010). Coumaphos 47,822 Workers Pesticide applicators with a family history of prostate cancer United States prediction/hypothesis Prostatic Neoplasms
36. Christensen CH, et al. (2010). Coumaphos 47,822 Workers Pesticide applicators United States no correlation Prostatic Neoplasms
37. Lynch SM, et al. (2006). cyanazine 20,824 Workers Pesticide applicators United States no correlation Prostatic Neoplasms
38. Chamie K, et al. (2008). Defoliants, Chemical 6,214 Veterans Vietnam War veterans (another 6,930 non-exposed veterans were used as controls in cohort) United States positive correlation Prostatic Neoplasms
39. Zafar MB, et al. (2001). Defoliants, Chemical 32 Veterans Vietnam War veterans (another 96 self-reported non-exposed, age-matched veterans were used as controls in cohort) United States no correlation Prostatic Neoplasms
40. Jones RR, et al. (2015). Diazinon Workers pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
41. Koutros S, et al. (2011). Diazinon 2,220 Workers Pesticide applicators United States negative correlation Prostatic Neoplasms
42. Christensen CH, et al. (2016). Dicamba 2,220 Subjects with gene influence:SHBG Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
43. Christensen CH, et al. (2016). Dicamba 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
44. Christensen CH, et al. (2016). Dicamba 2,220 Subjects with gene influence:SRD5A1 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
45. Christensen CH, et al. (2016). Dicamba 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
46. Barry KH, et al. (2012). Dichlorvos 2,220 Subjects with gene influence:XAB2 Pesticide applicators United States positive correlation Prostatic Neoplasms
47. Barry KH, et al. (2012). Dichlorvos 2,220 Workers Pesticide applicators United States positive correlation Prostatic Neoplasms
48. Koutros S, et al. (2011). Dieldrin 2,220 Workers Pesticide applicators United States negative correlation Prostatic Neoplasms
49. Andreotti G, et al. (2012). EPTC 2,220 Subjects with gene influence:ALOX15 Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
50. Andreotti G, et al. (2012). EPTC 2,220 Workers Pesticide applicators United States prediction/hypothesis Prostatic Neoplasms
1–50 of 131 results.