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  1. genome wide association of vitamin D April 2010.pdf
  2. Genome-wide association study of vitamin D April 2010
  3. 229 genes and vitamin D - Aug 2010
  4. 229 genes VDR binding fold enrichment - Aug 2010
  5. Non-responders to Calcium and vitamin D had certain genes - Aug 2010
  6. Genetic and environmental determinants of vitamin D status - comment June 2010
  7. Diabetes changes liver genes so as to destroy (catabolize) Vitamin D – May 2016
  8. COVID-19 cytokine storms perhaps better stopped by the CYP11A1 Vitamin D pathway – Aug 11, 2020
  9. 2 Genes make AMD 6X more likely if low vitamin D - Aug 2015
  10. 2,776 vitamin D receptor binding sites - April 2014
  11. 291 genes improved expression by 2000 IU of vitamin D – RCT March 2013
  12. 3X higher risk of oral cancer if CYP27B1 and CYP24A1 genes were different – May 2012
  13. 40 percent less likely to get adequate vitamin D response if have certain genes – Jan 2013
  14. 430 genes changed when 3,800 IU Vitamin D added in late second trimester – RCT May 2018
  15. 5.8 X more likely to die in 15 year followup if low vitamin D and poor methylation – July 2018
  16. 5839 genes changed during pregnancy (many genes were related to Vitamin D) – Oct 2016
  17. 600 mg of Calcium and a gene increases probability of Prostate Cancer by 50 pcnt – Nov 2012
  18. 8 genes associated with both Alzheimer’s and lowish Vitamin D – May 2019
  19. 98 pcnt of genes that Vitamin D activates to reduce MS are also activated by Interferon -May 2013
  20. Activation (methylation) of CYP2R1 and CYP24A1 predict response to dose of vitamin D – Oct 2013
  21. Acute Coronary Syndrome is associated with poor Vitamin D genes (CYP27B1, CYP24A1) – Nov 2019
  22. Afib increase by 3X for the 1 in 16 people having poor genes (example of health problem) – Aug 2018
  23. Alzheimer’s is associated with all 7 of the genes which restrict vitamin D from getting to tissues – Sept 2018
  24. Asthma related to vitamin D by 4 plausible genes – Nov 2013
  25. Asthma strongly associated with modification in vitamin D genes
  26. Autoimmune risk gene ZMIZ1 is associated with both MS and Vitamin D – Jan 2017
  27. Benefits of Vitamin D often limited by genes
  28. Blacks may not need as much Vitamin D (for their bones)
  29. Body may change gene activation if more Vitamin D is needed by tissue (Schiz. in this case) – Oct 2018
  30. Brain cells can probably activate Vitamin D without liver or kidney (at least in rats) – Sept 2017
  31. Brain may deal with all forms of Vitamin D (rat brain) – Sept 2017
  32. Breast cancer and Vitamin D receptors, CP27B1, and CYP24A1 – Sept 2010
  33. Breast Cancer far more likely in the sister having poor Vitamin D binding protein or poor CYP2R1 gene – March 2018
  34. Breast Cancer rate reduced 72 percent by vitamin D gene polymorphism CYP24A1 – Nov 2014
  35. Calcium problems associated with CYP24A1 (a Vitamin D gene) – Oct 2017
  36. Cancer treatment by Vitamin D sometimes is restricted by genes – Oct 2018
  37. Colon cancer 30 percent more likely if problems with Vitamin D genes CYP24A1 or CYP27B1 – Nov 2015
  38. Colon cancer more likely in blacks due to differences in Vitamin D genes (wonder if more Vitamin D would help) – May 2014
  39. Colorectal cancer – need more vitamin D if you have certain genes – Aug 2013
  40. Colorectal Cancer risk increases when genes reduce the vitamin D levels – Aug 2019
  41. Common Vitamin D gene variants and resulting diseases – Jan 2013
  42. Continuing Medical Education (CME) for Vitamin D includes genes and questions – July 2014
  43. CYP24A1 gene in cancer cells may actually remove vitamin D from the blood – Oct 2012
  44. CYP24A1 gene mutation is a cause of rare infant vitamin D toxicity – Aug 2011
  45. CYP24A1 gene, kidney disease, and vitamin D - May 2011
  46. CYP2R1 (vitamin D 25-hydroxylase ) semiactivates vitamin D in many places in the body
  47. CYP2R1 and GC variations decrease vitamin D response – PHD thesis Nov 2015
  48. CYP2R1 gene probably responsible for low vitamin D response – RCT April 2014
  49. CYP2R1 gene problem increases Multiple Sclerosis risk by 1.4X – Dec 2018

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