Imran Malikuddin, Ph.D.

Chemistry

1. Suzuki Reaction 100%
2. Cross-Coupling Reaction 75%
3. Sonogashira Cross-Coupling 54%
4. Heck Reaction 50%
5. Benzothiophene 50%
6. Palladium 45%
7. Dibenzothiophene 33%
8. Triflate 29%
9. Boronic Acid 25%
10. Dihydroxyflavone 25%
11. Oxazoline 20%
12. Alkyne 16%
13. Benzene Derivative 16%
14. Flavone 16%
15. N-Heterocyclic Carbene 16%
16. Ketones 16%
17. Glycoside 16%
18. Diketone 16%
19. Coupling Reaction 10%
20. formation 10%
21. Catalyst Activity 8%
22. Dimerization 8%
23. Dehydrogenation 8%
24. Dibromopyridine 8%
25. Bipyridine 8%
26. 3,5-dibromopyridine 8%
27. Aryl Group 8%
28. Carbon Atom 8%
29. (Trifluoromethyl)benzene 8%
30. Nitrogen Atom 8%
31. (Trifluoromethyl)benzene 8%
32. 1D NMR Spectroscopy 8%
33. Two-Dimensional NMR 8%
34. Furan 8%
35. Benzophenone 8%
36. Thiophene 8%
37. Organic Dye 8%
38. Hydrogen 8%
39. Nanocomposite 8%
40. Density Functional Theory 5%
41. Regioselectivity 5%
42. Hydroxyflavone 5%
43. X-Ray Diffraction 5%