Stephen Sprang

Biochemistry, Genetics and Molecular Biology

1. G Protein 100%
2. Guanosine Triphosphate 97%
3. Adenylate Cyclase 66%
4. Crystal Structure 50%
5. Conformation 44%
6. Glycogen Phosphorylase 43%
7. Enzymatic Hydrolysis 41%
8. Heterotrimeric G Protein 41%
9. Binding Site 40%
10. N-Terminus 34%
11. Protein Subunit 30%
12. GTPase 26%
13. Guanine Nucleotide Exchange Factor 26%
14. Active Site 26%
15. Enzyme 26%
16. Tumor Necrosis Factor 23%
17. Adenosine Triphosphate 23%
18. Tumor Necrosis Factor Receptor 20%
19. C-Terminus 20%
20. Regulator of G Protein Signalling 18%
21. G Protein Coupled Receptor 18%
22. Conformational Change 18%
23. C2 Domain 17%
24. Phosphorylase 15%
25. Isoform 14%
26. Enzyme Active Site 14%
27. Adenosine Monophosphate 13%
28. GTPase-activating Protein 13%
29. Guanine 12%
30. Binding Domain 11%
31. Catalytic Mechanism 11%
32. Signaling Protein 11%
33. Cyclase 9%
34. P-Site 9%
35. Nucleoside 9%
36. Serine 8%
37. Chaperone Protein 8%
38. Amino Acids 8%
39. Solution and Solubility 8%
40. Cysteine 8%
41. Signal Transduction 8%
42. Pyrophosphate 7%
43. Receptor Binding 7%
44. Cytochrome C 7%
45. Leporidae 7%
46. Lysine 7%
47. Dynamics 6%
48. Kinetic Isotope Effect 6%
49. Death Domain 6%
50. Phospholipid 6%