New methods for understanding the functional significance of noncoding DNA

Biochemistry, Genetics and Molecular Biology

1. Intergenic Region 100%
2. Mutation Rate 95%
3. Noncoding DNA 89%
4. Drosophila Melanogaster 67%
5. Intron 65%
6. Genomics 48%
7. Indel 41%
8. Mutation Accumulation 38%
9. Taxon 38%
10. Genetics 27%
11. DNA Sequence 27%
12. Negative Selection (Natural Selection) 23%
13. DNA Mutation 18%
14. Regulatory Element 18%
15. Genetic Divergence 18%
16. Gene Frequency 18%
17. Mitochondrial DNA 18%
18. Genetic Variation 18%
19. Spacer DNA 18%
20. Cladistics 18%
21. Gene Control 18%
22. Exon 18%
23. Effective Population Size 18%
24. CpG Site 18%
25. Gene Expression 18%
26. Autosome 15%
27. Amino Acids 12%
28. Spontaneous Mutation 12%
29. Point Mutation 9%
30. Regulatory Region 9%
31. Genetic Disorder 9%
32. Cell Maturation 9%
33. Non-Coding RNA 9%
34. Hidden Markov Model 9%
35. Genetic Conservation 9%
36. Molecular Clock 9%
37. Evolution of Sex 9%
38. Species Differentiation 9%
39. Natural Population 9%
40. RNA Gene 9%
41. Natural Selection 9%
42. Population Size 9%
43. Mitochondrial Genome 7%
44. GC-content 7%
45. Transversion 7%
46. Transposable Element 6%
47. Heuristics 6%
48. Drosophila simulans 5%