Additional file 1 of An atlas of associations between 14 micronutrients and 22 cancer outcomes: Mendelian randomization analyses
Creators: name: Kim, Jong Yeob
name: Song, Minku
name: Kim, Min Seo
name: Natarajan, Pradeep
name: Do, Ron
name: Myung, Woojae
name: Won, Hong-Hee
Publisher: name: figshare
Year: 2023
Subjects: subject: Space Science
subject: Medicine
subject: Biotechnology
subject: Sociology
subject: FOS: Sociology
subject: Biological Sciences not elsewhere classified
subject: Mathematical Sciences not elsewhere classified
subject: Cancer

description: Additional file 1: Supplementary Checklist. Strengthening the reporting of observational epidemiological studies using the Mendelian randomization (STROBE-MR) Checklist. Exposure GWAS search strategy. Modified PRISMA flow chart. Supplementary Methods. Supplementary Figure 1. Genetic association of calcium with cancer outcomes. Supplementary Figure 2. Genetic association of copper with cancer outcomes. Supplementary Figure 3. Genetic association of iron with cancer outcomes. Supplementary Figure 4. Genetic association of magnesium with cancer outcomes. Supplementary Figure 5. Genetic association of phosphorus with cancer outcomes. Supplementary Figure 6. Genetic association of selenium with cancer outcomes. Supplementary Figure 7. Genetic association of zinc with cancer outcomes. Supplementary Figure 8. Genetic association of vitamin A1 (retinol) with cancer outcomes. Supplementary Figure 9. Genetic association of vitamin B6 with cancer outcomes. Supplementary Figure 10. Genetic association of vitamin B9 (folate) with cancer outcomes. Supplementary Figure 11. Genetic association of vitamin B12 with cancer outcomes. Supplementary Figure 12. Genetic association of vitamin C with cancer outcomes. Supplementary Figure 13. Genetic association of vitamin D (25-hydroxyvitamin D) with cancer outcomes. Supplementary Figure 14. Genetic association of vitamin E with cancer outcomes. Supplementary Figure 15. Genetic association of magnesium with breast cancer. Supplementary Figure 16. Genetic association of vitamin B12 with colorectal cancer. Supplementary Figure 17. Genetic association of magnesium with lung cancer. Supplementary Figure 18. Genetic association of selenium with liver cancer. Supplementary Figure 19. Genetic association of selenium with breast cancer. Supplementary Figure 20. Genetic association of iron with kidney cancer. Supplementary Figure 21. Genetic association of vitamin A1 (retinol) with cervical cancer. Supplementary Figure 22. Genetic association of iron with colorectal cancer. Supplementary Figure 23. Genetic association of phosphorus with uterine cancer. Supplementary Figure 24. Genetic association of vitamin C with colorectal cancer. Supplementary Figure 25. Genetic association of phosphorus with ovarian cancer. Supplementary Figure 26. Genetic association of vitamin C with liver cancer. Supplementary Figure 27. Genetic association of phosphorus with breast cancer. Supplementary Figure 28. Genetic association of vitamin B9 (folate) with cervical cancer. Supplementary Figure 29. Genetic association of vitamin A1 (retinol) with liver cancer. Supplementary Figure 30. Genetic association of vitamin E with uterine cancer. Supplementary Figure 31. Genetic association of vitamin A1 (retinol) with brain cancer. Supplementary Figure 32. Genetic association of magnesium with breast cancer, overall. Supplementary Figure 33. Genetic association of vitamin B12 with ovarian cancer, non-invasive. Supplementary Figure 34. Genetic association of zinc with colorectal cancer. Supplementary Figure 35. Genetic association of vitamin B12 with prostate cancer. Supplementary Figure 36. Genetic association of magnesium with ovarian cancer, invasive. Supplementary Figure 37. Genetic association of vitamin B12 with colorectal cancer. Supplementary Figure 38. Genetic association of selenium with colorectal cancer. Supplementary Figure 39. Genetic association of iron with colorectal cancer. Supplementary Figure 40. Genetic association of zinc with prostate cancer. Supplementary Figure 41. Genetic association of phosphorus with lung cancer, overall cancer type. Supplementary Figure 42. Genetic association of magnesium with breast cancer, luminal A-like. Supplementary Figure 43. Genetic association of magnesium with ovarian cancer, endometrioid. Supplementary Figure 44. Genetic association of phosphorus with breast cancer, HER2 enriched-like. Supplementary Figure 45. Genetic association of vitamin E with ovarian cancer, non-invasive serous. Supplementary Figure 46. Genetic association of vitamin B12 with lung cancer, adenocarcinoma. Supplementary Figure 47. Genetic association of copper with lung cancer, ever smoker. Supplementary Figure 48. Genetic association of vitamin C with breast cancer, HER2 enriched-like. Supplementary Figure 49. Genetic association of vitamin B12 with ovarian cancer, non-invasive serous. Supplementary Figure 50. Genetic association of copper with lung cancer, small cell carcinoma. Supplementary Figure 51. Genetic association of calcium with breast cancer, triple-negative. Supplementary Figure 52. Genetic association of zinc with ovarian cancer, invasive mucinous. Supplementary Figure 53. Genetic association of vitamin B12 with ovarian cancer, clear cell. Supplementary Figure 54. Genetic association of vitamin B9 (folate) with lung cancer, ever smoker. Supplementary Figure 55. Genetic association of vitamin D (25-hydroxyvitamin D) with lung cancer, small cell carcinoma.