PEPTIDE SECONDARY METABOLITE BIOSYNTHESIS IN BACILLUS

Medicine & Life Sciences

1. Operon 100%
2. Mental Competency 91%
3. DNA-Directed RNA Polymerases 75%
4. Bacteria 61%
5. Bacillus subtilis 58%
6. Peptides 53%
7. Genes 51%
8. Oxidants 51%
9. Proteolysis 51%
10. Oxidation-Reduction 50%
11. Bacillus 47%
12. Proteins 46%
13. Oxidative Stress 41%
14. Coma 40%
15. DNA 38%
16. Enzymes 37%
17. Starvation 37%
18. ATP-Dependent Proteases 35%
19. Bacillus anthracis 31%
20. Cell Count 30%
21. Gene Expression 29%
22. Gram-Positive Bacteria 29%
23. Peptide Hydrolases 28%
24. Listeria monocytogenes 26%
25. Spores 26%
26. RNA polymerase alpha subunit 26%
27. Lipopeptides 25%
28. Poisons 25%
29. Virulence Factors 25%
30. Sulfhydryl Compounds 24%
31. Disulfides 24%
32. Phagocytes 23%
33. Mass Spectrometry 23%
34. Arsenate Reductases 21%
35. Glutamine 21%
36. Sulfhydryl Reagents 21%
37. Anti-Bacterial Agents 20%
38. Genome 20%
39. Mutation 20%
40. Virulence 19%
41. surfactin synthetase 19%
42. Thioredoxins 19%
43. Trans-Activators 18%
44. Bacteria oligopeptide permease 17%
45. In Vitro Techniques 17%
46. Heat-Shock Proteins 16%
47. zinc-binding protein 16%
48. Staphylococcal Pneumonia 16%
49. Carrier Proteins 15%
50. Holoenzymes 14%
51. Catalytic Domain 13%
52. Glucose 12%
53. Immune System 12%
54. Streptococcus pneumoniae 11%
55. Quorum Sensing 11%
56. Carbon 11%
57. Nitrogen 11%
58. Genetic Promoter Regions 11%
59. Cysteine 10%
60. Genetic Transformation 10%
61. Staphylococcus aureus 9%
62. Communicable Diseases 9%
63. Phenotype 9%
64. Cell Differentiation 9%
65. Phosphoric Monoester Hydrolases 9%
66. Pheromones 9%
67. Point Mutation 8%
68. Binding Sites 8%
69. Two-Hybrid System Techniques 8%
70. Transcriptional Activation 8%
71. Nutrients 7%
72. Sequence Analysis 6%
73. Drug Resistance 6%
74. Weights and Measures 5%
75. Anti-Idiotypic Antibodies 5%
76. Infections 5%
77. Signal Transduction 5%