Modeling Global Gene Regulatory Networks in the yeast Saccharamyces Cerevisiae

Agriculture & Biology

1. systems biology 100%
2. DNA damage 79%
3. Saccharomyces cerevisiae 67%
4. physiology 65%
5. methyl methanesulfonate 63%
6. reproducibility 35%
7. experimental design 28%
8. gene deletion 27%
9. yeasts 23%
10. cell cycle 20%
11. genes 20%
12. transcription (genetics) 17%
13. protocols 16%
14. proteins 15%
15. cell cycle checkpoints 15%
16. biomass 14%
17. metabolome 14%
18. gene expression 14%
19. dephosphorylation 13%
20. mutants 13%
21. non-coding RNA 13%
22. organisms 13%
23. protein metabolism 12%
24. standardization 11%
25. biogenesis 11%
26. analytical methods 11%
27. specific growth rate 11%
28. protein kinases 11%
29. cells 11%
30. ribosomes 10%
31. transcriptome 10%
32. phosphorylation 10%
33. phosphotransferases (kinases) 9%
34. cell growth 9%
35. stress response 9%
36. transcription factors 9%
37. viability 8%
38. Biological Sciences 8%
39. nucleotides 8%
40. oxygen 8%
41. mutation 7%
42. metabolites 7%
43. phenotype 7%
44. genomics 7%
45. nutrients 6%
46. metabolism 6%
47. synthesis 6%