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Weidner, CI et al. (2014) "Aging of blood can be tracked by DNA methylation changes at just three CpG sites." Genome Biol. 15(2):R24 (PubMed)

Cited by (in linked databases)

  1. Hypomethylation of ABHD14A is positively correlated with age Digital Ageing Atlas
  2. Hypomethylation of ACOT11 is positively correlated with age Digital Ageing Atlas
  3. Hypermethylation of ACTN3 is positively correlated with age Digital Ageing Atlas
  4. Hypermethylation of CENTG2 is positively correlated with age Digital Ageing Atlas
  5. Hypermethylation of ALX4 is positively correlated with age Digital Ageing Atlas
  6. Hypomethylation of ASPA is positively correlated with age Digital Ageing Atlas
  7. Hypomethylation of BCMO1 is positively correlated with age Digital Ageing Atlas
  8. Hypomethylation of BLOC1S2 is positively correlated with age Digital Ageing Atlas
  9. Hypomethylation of BST2 is positively correlated with age Digital Ageing Atlas
  10. Hypomethylation of BTBD2 is positively correlated with age Digital Ageing Atlas
  11. Hypomethylation of C10orf35 is positively correlated with age Digital Ageing Atlas
  12. Hypermethylation of C10orf82 is positively correlated with age Digital Ageing Atlas
  13. Hypomethylation of C3orf18 is positively correlated with age Digital Ageing Atlas
  14. Hypomethylation of FLJ36268 is positively correlated with age Digital Ageing Atlas
  15. Hypomethylation of CBX7 is positively correlated with age Digital Ageing Atlas
  16. Hypermethylation of FLJ40365 is positively correlated with age Digital Ageing Atlas
  17. Hypermethylation of CD164L2 is positively correlated with age Digital Ageing Atlas
  18. Hypomethylation of CD274 is positively correlated with age Digital Ageing Atlas
  19. Hypermethylation of CCRK is positively correlated with age Digital Ageing Atlas
  20. Hypermethylation of CDKN2A is positively correlated with age Digital Ageing Atlas
  21. Hypermethylation of BRUNOL6 is positively correlated with age Digital Ageing Atlas
  22. Hypomethylation of CHRNE is positively correlated with age Digital Ageing Atlas
  23. Hypomethylation of CHST13 is positively correlated with age Digital Ageing Atlas
  24. Hypomethylation of CLCN6 is positively correlated with age Digital Ageing Atlas
  25. Hypomethylation of COL8A2 is positively correlated with age Digital Ageing Atlas
  26. Hypomethylation of CSNK1D is positively correlated with age Digital Ageing Atlas
  27. Hypomethylation of CTSZ is positively correlated with age Digital Ageing Atlas
  28. Hypomethylation of CX3CL1 is positively correlated with age Digital Ageing Atlas
  29. Hypermethylation of DES is positively correlated with age Digital Ageing Atlas
  30. Hypermethylation of DLX5 is positively correlated with age Digital Ageing Atlas
  31. Hypermethylation of ECEL1 is positively correlated with age Digital Ageing Atlas
  32. Hypomethylation of EDARADD is positively correlated with age Digital Ageing Atlas
  33. Hypermethylation of ABHD9 is positively correlated with age Digital Ageing Atlas
  34. Hypermethylation of RBM35B is positively correlated with age Digital Ageing Atlas
  35. Hypomethylation of F5 is positively correlated with age Digital Ageing Atlas
  36. Hypermethylation of FAM46B is positively correlated with age Digital Ageing Atlas
  37. Hypermethylation of FEV is positively correlated with age Digital Ageing Atlas
  38. Hypermethylation of FLT4 is positively correlated with age Digital Ageing Atlas
  39. Hypomethylation of FUT3 is positively correlated with age Digital Ageing Atlas
  40. Hypomethylation of GBP1 is positively correlated with age Digital Ageing Atlas
  41. Hypermethylation of GCM2 is positively correlated with age Digital Ageing Atlas
  42. Hypomethylation of LGP1 is positively correlated with age Digital Ageing Atlas
  43. Hypomethylation of GIT1 is positively correlated with age Digital Ageing Atlas
  44. Hypermethylation of GLRA1 is positively correlated with age Digital Ageing Atlas
  45. Hypermethylation of GPR25 is positively correlated with age Digital Ageing Atlas
  46. Hypermethylation of GREM1 is positively correlated with age Digital Ageing Atlas
  47. Hypomethylation of HSD3B7 is positively correlated with age Digital Ageing Atlas
  48. Hypermethylation of HTR7 is positively correlated with age Digital Ageing Atlas
  49. Hypomethylation of IFI35 is positively correlated with age Digital Ageing Atlas
  50. Hypermethylation of IGF2BP1 is positively correlated with age Digital Ageing Atlas
  51. Hypomethylation of IPO8 is positively correlated with age Digital Ageing Atlas
  52. Hypomethylation of ITGA2B is positively correlated with age Digital Ageing Atlas
  53. Hypermethylation of KCNAB3 is positively correlated with age Digital Ageing Atlas
  54. Hypermethylation of KCNG3 is positively correlated with age Digital Ageing Atlas
  55. Hypermethylation of KCNK12 is positively correlated with age Digital Ageing Atlas
  56. Hypermethylation of LAD1 is positively correlated with age Digital Ageing Atlas
  57. Hypomethylation of LAG3 is positively correlated with age Digital Ageing Atlas
  58. Hypomethylation of LLGL2 is positively correlated with age Digital Ageing Atlas
  59. Hypomethylation of LPXN is positively correlated with age Digital Ageing Atlas
  60. Hypermethylation of MAMDC2 is positively correlated with age Digital Ageing Atlas
  61. Hypomethylation of MAP3K5 is positively correlated with age Digital Ageing Atlas
  62. Hypomethylation of MLLT11 is positively correlated with age Digital Ageing Atlas
  63. Hypomethylation of MRPL55 is positively correlated with age Digital Ageing Atlas
  64. Hypomethylation of MSRB2 is positively correlated with age Digital Ageing Atlas
  65. Hypermethylation of MYL4 is positively correlated with age Digital Ageing Atlas
  66. Hypomethylation of NCOR2 is positively correlated with age Digital Ageing Atlas
  67. Hypomethylation of NDUFS5 is positively correlated with age Digital Ageing Atlas
  68. Hypermethylation of NEFH is positively correlated with age Digital Ageing Atlas
  69. Hypermethylation of NHLRC1 is positively correlated with age Digital Ageing Atlas
  70. Hypomethylation of NPDC1 is positively correlated with age Digital Ageing Atlas
  71. Hypermethylation of NR2E1 is positively correlated with age Digital Ageing Atlas
  72. Hypomethylation of OR2B6 is positively correlated with age Digital Ageing Atlas
  73. Hypomethylation of PARP3 is positively correlated with age Digital Ageing Atlas
  74. Hypomethylation of PDCD1LG2 is positively correlated with age Digital Ageing Atlas
  75. Hypermethylation of PDE4C is positively correlated with age Digital Ageing Atlas
  76. Hypomethylation of PDZK1IP1 is positively correlated with age Digital Ageing Atlas
  77. Hypomethylation of C3orf9 is positively correlated with age Digital Ageing Atlas
  78. Hypomethylation of POMGNT1 is positively correlated with age Digital Ageing Atlas
  79. Hypermethylation of POU3F1 is positively correlated with age Digital Ageing Atlas
  80. Hypomethylation of PRKG2 is positively correlated with age Digital Ageing Atlas
  81. Hypomethylation of FLJ10945 is positively correlated with age Digital Ageing Atlas
  82. Hypomethylation of PSME1 is positively correlated with age Digital Ageing Atlas
  83. Hypomethylation of PTGDS is positively correlated with age Digital Ageing Atlas
  84. Hypermethylation of PTHLH is positively correlated with age Digital Ageing Atlas
  85. Hypermethylation of RAB36 is positively correlated with age Digital Ageing Atlas
  86. Hypomethylation of SAMD10 is positively correlated with age Digital Ageing Atlas
  87. Hypomethylation of SCAP is positively correlated with age Digital Ageing Atlas
  88. Hypermethylation of SCGN is positively correlated with age Digital Ageing Atlas
  89. Hypomethylation of SCN7A is positively correlated with age Digital Ageing Atlas
  90. Hypomethylation of SDS is positively correlated with age Digital Ageing Atlas
  91. Hypermethylation of SLC10A4 is positively correlated with age Digital Ageing Atlas
  92. Hypermethylation of SLC15A3 is positively correlated with age Digital Ageing Atlas
  93. Hypermethylation of SLC26A10 is positively correlated with age Digital Ageing Atlas
  94. Hypomethylation of SNTB1 is positively correlated with age Digital Ageing Atlas
  95. Hypermethylation of STMN4 is positively correlated with age Digital Ageing Atlas
  96. Hypomethylation of C10orf27 is positively correlated with age Digital Ageing Atlas
  97. Hypermethylation of TBX20 is positively correlated with age Digital Ageing Atlas
  98. Hypomethylation of DKFZP566N034 is positively correlated with age Digital Ageing Atlas
  99. Hypermethylation of ZIC1 is positively correlated with age Digital Ageing Atlas
  100. Hypermethylation of ZNF471 is positively correlated with age Digital Ageing Atlas