Design, computational studies, synthesis and evaluation ofanticancer, antifungal and antioxidant activity of new class ofthiazoloquinazoline linked five and sixmembered hybridheterocycles

Pharmacology, Toxicology and Pharmaceutical Science

1. Pyrimidine Derivative 100%
2. Antioxidant Capacity 100%
3. Antifungal Activity 100%
4. Pyrimidine 86%
5. Quinazoline Derivative 66%
6. Quinazoline 33%
7. Antitumor Activity 33%
8. Heterocyclic Compound 26%
9. Receptor Antagonist 20%
10. Anticancer Drug 20%
11. Antiinflammatory Agent 20%
12. Analgesic Agent 20%
13. Structure Activity Relationship 20%
14. Pharmaceutical Chemistry 20%
15. Anticonvulsant Activity 20%
16. Pyrazole 13%
17. Glycogen Synthase 13%
18. Biological Activity 13%
19. Pharmacological Activity 13%
20. Antimalarial Agent 13%
21. Liver Cell Carcinoma 6%
22. Antiinfective Agent 6%
23. Pyrazole Derivative 6%
24. Drug Discovery 6%
25. Ulcerogenesis 6%
26. Tubulin 6%
27. Benzaldehyde 6%
28. Antihypertensive Agent 6%
29. Human Immunodeficiency Virus 1 6%
30. Acetoacetic Acid 6%
31. Elemental Analysis 6%
32. Sulfonamide 6%
33. HIV 6%
34. Mannich Base 6%
35. Pyridine Derivative 6%
36. Anticonvulsive Agent 6%
37. Mycobacterium Tuberculosis 6%
38. Leukemia 6%
39. Thioketone 6%
40. Phosphotransferase Inhibitor 6%
41. Sulfur 6%
42. Integrase 6%
43. Piperidine 6%
44. Tuberculostatic Agent 6%
45. Carbon 13 6%
46. Antitubercular Activity 6%
47. Hydroxyicosatetraenoic Acid 6%
48. Lipophilicity 6%
49. Absorption Distribution Metabolism Excretion 6%
50. COX-2 Inhibitor 6%
51. Antiinflammatory Activity 6%
52. Drug Development 6%
53. Amitrole 6%
54. Cytotoxicity 6%
55. Phosphodiesterase I 6%