Paul Haggarty, Deputy Director

Medicine & Life Sciences

1. Epigenomics 100%
2. Methylation 74%
3. Folic Acid 61%
4. Pregnancy 53%
5. Intelligence 47%
6. Senegal 45%
7. Mothers 42%
8. Psychological Imprinting 35%
9. Genome-Wide Association Study 35%
10. Vitamin B Complex 35%
11. Growth Disorders 35%
12. Cognitive Aging 34%
13. DNA Methylation 34%
14. snRNP Core Proteins 33%
15. Genes 31%
16. Nutrients 31%
17. Health 29%
18. Fertilization in Vitro 29%
19. India 29%
20. Indonesia 26%
21. Diet 25%
22. Methyltransferases 25%
23. Genotype 24%
24. Unsaturated Fatty Acids 24%
25. Fatty Acids 24%
26. Parturition 23%
27. Birth Weight 22%
28. Fetus 20%
29. Embryonic Structures 20%
30. Twins 19%
31. Child 19%
32. Epigenome 18%
33. Scotland 18%
34. Growth 18%
35. Neural Tube Defects 17%
36. Synbiotics 17%
37. DNA 16%
38. Single Nucleotide Polymorphism 16%
39. Flour 14%
40. Aptitude 14%
41. Cohort Studies 14%
42. Breast Neoplasms 14%
43. Cognition 14%
44. Intracytoplasmic Sperm Injections 13%
45. Manuscripts 13%
46. Blastocyst 12%
47. Causality 12%
48. Fetal Growth Retardation 12%
49. Eggs 12%
50. Apolipoproteins E 12%