Macro- and microevolution of recombination rates

Biochemistry, Genetics and Molecular Biology

1. Red Deer 100%
2. Genetic Architecture 78%
3. Genomics 40%
4. Genetic Linkage 39%
5. Genetics 39%
6. Breed 33%
7. Inbreeding 30%
8. Domestic sheep 30%
9. Runs Of Homozygosity 29%
10. Helminth 25%
11. Sex Difference 25%
12. Vitamin D 25%
13. Immunoglobulin A 25%
14. Immune Response 25%
15. Single Nucleotide Polymorphism 22%
16. Pedigree 19%
17. Major Histocompatibility Complex 18%
18. Lamb 18%
19. Candidate Gene 18%
20. Gene Mapping 18%
21. Gene Linkage 18%
22. Genetic Divergence 16%
23. Immunoglobulin E 12%
24. Nematode 12%
25. Genetic Variation 11%
26. Lifespan 10%
27. Centromere 10%
28. Cholecalciferol 10%
29. Allele 10%
30. Ergocalciferol 10%
31. Meiosis 10%
32. Dynamics 8%
33. MLH3 8%
34. Autosome 8%
35. Quantitative Genetics 8%
36. Haplotype 8%
37. Meiotic Recombination 8%
38. Cattle Breed 8%
39. Taurine Cattle 8%
40. C-Type Lectin 6%
41. Relatedness 6%
42. Animal Models 6%
43. CIITA 6%
44. Mutation Accumulation 6%
45. Immunoglobulin G 6%
46. Strongyloidea 6%
47. Teladorsagia circumcincta 6%
48. Natural Population 6%
49. Hind (Red Deer) 6%
50. Intravenous Immunoglobulin 6%
51. Blood Plasma 6%
52. Homologous Chromosome 5%
53. Single-Nucleotide Polymorphism 5%
54. Genotyping 5%
55. Metabolite 5%
56. Chromosomal Rearrangement 5%
57. Neocentromere 5%
58. Pig Breed 5%
59. Natural Selection 5%
60. Genetic Improvement 5%
61. Drive 5%
62. Vitamin D Metabolism 5%