Charles Gu

Medicine & Life Sciences

1. Blood Pressure 100%
2. Genome 88%
3. Single Nucleotide Polymorphism 70%
4. Genes 70%
5. Genome-Wide Association Study 67%
6. African Americans 52%
7. Molecular Epidemiology 47%
8. Hypertension 43%
9. Population 40%
10. Quantitative Trait Loci 34%
11. Sodium 33%
12. Dietary Sodium 33%
13. Phenotype 30%
14. Meta-Analysis 27%
15. Salts 26%
16. Alleles 26%
17. Whole Genome Sequencing 25%
18. Genotype 23%
19. Hematopoiesis 23%
20. Multifactorial Inheritance 23%
21. adducin 22%
22. Dietary Potassium 22%
23. Genetic Association Studies 22%
24. Lipids 21%
25. Sample Size 18%
26. HapMap Project 18%
27. Smoking 18%
28. Body Mass Index 18%
29. Linkage Disequilibrium 17%
30. National Heart, Lung, and Blood Institute (U.S.) 16%
31. Haplotypes 16%
32. Potassium 16%
33. Genetic Variation 15%
34. Left Ventricular Hypertrophy 14%
35. European Continental Ancestry Group 14%
36. Precision Medicine 14%
37. African Continental Ancestry Group 14%
38. Arterial Pressure 13%
39. Gene Expression 13%
40. Lipoprotein(a) 12%
41. Genomics 12%
42. Cardiovascular Diseases 11%
43. Microsatellite Repeats 11%
44. Renin-Angiotensin System 11%
45. LDL Cholesterol 11%
46. Datasets 10%
47. Genetic Linkage 10%
48. Cold Temperature 10%
49. Chromosomes 10%
50. Cardiac Myocytes 10%