Exploring the Phytochemical and Pharmacological Properties of Plant growing in Saudi Arabia

Pharmacology, Toxicology and Pharmaceutical Science

1. Antiinfective Agent 100%
2. Phytochemical 100%
3. Antioxidant 87%
4. Infection 68%
5. Medicinal Plant 68%
6. Wound Healing 68%
7. Diseases 56%
8. Antimicrobial Agent 56%
9. Diabetes Mellitus 50%
10. Inflammation 43%
11. Wound 37%
12. Essential Oil 31%
13. Antibiotics 25%
14. Spasmolytic Agent 25%
15. Antibiotic Resistance 25%
16. Microorganism 18%
17. Malignant Neoplasm 18%
18. Antiinflammatory Agent 18%
19. Wound Infection 18%
20. Terpenoid 18%
21. Anti-Inflammatory Drug 18%
22. Wild Plant 18%
23. Antiinflammatory Activity 18%
24. Drug Development 18%
25. Coriander 12%
26. Biological Activity 12%
27. Antibiotic Agent 12%
28. Glycoside 12%
29. Respiratory Tract Disease 12%
30. Therapeutic Effect 12%
31. Flavonoid 12%
32. Tissue Injury 6%
33. Cardamom 6%
34. Extravasation 6%
35. Herbal Remedy 6%
36. Gastrointestinal Disease 6%
37. Structure Activity Relationship 6%
38. Histamine 6%
39. Drug Action 6%
40. Saponin 6%
41. Synergism 6%
42. Nephrotoxicity 6%
43. Lawsonia inermis 6%
44. Edema 6%
45. Nigella sativa 6%
46. Irritable Colon 6%
47. Protein Binding 6%
48. Cyclorphan 6%
49. Food Additive 6%
50. Polyphenol 6%
51. Ulcer 6%
52. Cerebrovascular Accident 6%
53. Citrus 6%
54. Infectious Agent 6%
55. Acute Disease 6%
56. Myrrh 6%
57. Virulence Factor 6%
58. Free Radical 6%
59. Natural Product 6%
60. Cardiotoxicity 6%
61. Plant Extract 6%
62. Asteraceae 6%
63. Cytotoxic Agent 6%
64. Tannin Derivative 6%
65. Antioxidant Capacity 6%
66. Combination Therapy 6%
67. Hepatotoxicity 6%
68. Chronic Disease 6%
69. Icosanoid 6%
70. Baccharis dracunculifolia 6%
71. Side Effect 6%