Voltagegated Ca++ channels and phosphodiesterase enzyme inhibition explains the medicinal uses of Otostegia fruticosa in diarrhea and hypermotile gut

Pharmacology, Toxicology and Pharmaceutical Science

1. Phosphodiesterase 100%
2. Calcium Ion 100%
3. Enzyme Inhibition 100%
4. Diarrhea 100%
5. Antidiarrheal Agent 61%
6. Potassium Ion 46%
7. Spasmolytic Agent 46%
8. Antiinfective Agent 46%
9. Bacterium 46%
10. Essential Oil 38%
11. Jejunum 30%
12. Castor Oil 30%
13. Table Salt 30%
14. Antimicrobial Agent 30%
15. Leporidae 30%
16. Loperamide 23%
17. Pharmacodynamics 23%
18. Minimum Inhibitory Concentration 23%
19. Antibiotics 23%
20. Diterpene 23%
21. Medicinal Plant 23%
22. Escherichia coli 23%
23. Glucose 23%
24. Acetylcholine 15%
25. Sodium Dihydrogen Phosphate 15%
26. Gastrointestinal Disease 15%
27. Respiratory Tract Disease 15%
28. Antibacterial Activity 15%
29. Ethylenediaminetetraacetic Acid 15%
30. Carbachol 15%
31. Verapamil 15%
32. Calcium Channel 15%
33. Calcium Chloride 15%
34. Inflammation 15%
35. Dicarbonate 15%
36. EC50 15%
37. Potassium Chloride 15%
38. Diseases 15%
39. Agar 15%
40. Plant Extract 15%
41. Isoprenaline 15%
42. Gastroenteritis 15%
43. Virus 15%
44. Rat 15%
45. Plant Biochemistry 7%
46. Cholinergic Receptor Stimulating Agent 7%
47. Potassium Phosphate 7%
48. Hypericum perforatum 7%
49. Cytokine 7%
50. Papaverine 7%
51. Muscle Spasm 7%
52. Analgesic Agent 7%
53. Guava 7%
54. Ulcerative Colitis 7%
55. Dimethyl Sulfoxide 7%
56. Clinical Pharmacology 7%
57. Shigella sonnei 7%
58. 2,5-Dimethoxy-4-iodoamphetamine 7%
59. Experimental Animal 7%
60. Tumor Necrosis Factor 7%
61. Pharmacognosy 7%
62. Buffer 7%
63. Swiss Webster Mouse 7%
64. Structure Activity Relationship 7%
65. Bronchodilating Agent 7%
66. Antioxidant 7%
67. Buddleja 7%
68. Antimicrobial Therapy 7%
69. Hyaluronidase 7%
70. Infectious Agent 7%
71. Garden Cress 7%
72. Receptor Subtype 7%
73. Guinea Pig 7%
74. Dose Toxicity 7%
75. Resveratrol 7%
76. Mitragyna 7%
77. Enzyme 7%