DENOVOMUT: An integrated approach to understanding the impact of de novo mutations on the mammalian genome

Biochemistry, Genetics and Molecular Biology

1. Mutation 100%
2. Chlamydomonas reinhardtii 82%
3. Mutation Rate 45%
4. Spontaneous Mutation 42%
5. Fitness 41%
6. Nucleotide 37%
7. Spectrum 33%
8. Species 31%
9. Evolution 30%
10. Green Alga 27%
11. Inbred Strain 25%
12. Population Genomics 25%
13. Haplotype 22%
14. Mutation Accumulation 21%
15. Chlamydomonas 20%
16. Mus musculus 20%
17. Mouse 20%
18. Population Structure 20%
19. Subspecies 15%
20. Eukaryote 15%
21. Inbred Mouse Strain 12%
22. Natural Selection 10%
23. Natural Population 10%
24. Genetic Divergence 10%
25. Genetics 8%
26. Breeding 8%
27. Comprehension 8%
28. Species Differentiation 6%
29. Indel 6%
30. Accuracy 5%
31. Mus Musculus Castaneus 5%
32. Mouse Strain 5%
33. Experimental Mouse 5%
34. Expectation 5%
35. Reproductive Isolation 5%
36. Local Adaptation 5%
37. Gene Flow 5%
38. Evolutionary Genetics 5%