Development of a New Generation of Privileged Chiral Catalysts for Asymmetric Synthesis

Chemistry

1. Asymmetric Synthesis 100%
2. Ketones 81%
3. Organocatalysis 75%
4. Nucleophilic Addition 70%
5. Indole 50%
6. Sodium Chloride 50%
7. Phase Transfer Catalysis 50%
8. Naphthylamine 50%
9. solvent polarity 50%
10. Anodizing 50%
11. bromination 50%
12. Imine 50%
13. chlorination 50%
14. Asymmetric Catalysis 50%
15. Alkyne 50%
16. Naphthol 50%
17. Enantioselectivity 44%
18. Carbonyl Compound 41%
19. Sulfonium 33%
20. Catalyst 33%
21. Quinone 29%
22. Donor 28%
23. amination 25%
24. Carborane 25%
25. Phosphoric Acid 25%
26. Fluorination 25%
27. formation 24%
28. Nucleophile 18%
29. Seawater 16%
30. Anion 16%
31. Transition State 12%
32. Density Functional Theory 12%
33. Aromatic Compound 12%
34. Regioselectivity 10%
35. Lewis Acid 10%
36. Stereoselectivity 10%
37. Catalysis 10%
38. Silyl 10%
39. electronics 8%
40. Nucleophilicity 8%
41. Acid Catalyst 8%
42. Kinetic Study 8%
43. Cyclic Ketone 8%
44. Electrophilic Fluorination 8%
45. Chemistry 8%
46. Mechanistic Study 8%
47. Catalyst Deactivation 8%
48. Hydrogen Bonding 8%
49. Chemical Kinetics Characteristics 8%
50. Alkane 7%
51. Enolates 6%
52. Carboxamide 6%
53. Halogen 6%