Anti-Inflammatory Activity of Clove (Syzygium aromaticum) Oil Extract Against Chronic Inflammation in Rat
Rana Mahmood Ahmad*, Orooba Mohammed Maeed Ibrahim
Department of Physiology, Biochemistry and Pharmacology, College of Veterinary Medicine, University of Baghdad, Baghdad, Iraq.
*Correspondence | Rana Mahmood Ahmad, Department of Physiology, Biochemistry and Pharmacology, College of Veterinary Medicine, University of Baghdad, Baghdad, Iraq; Email:
[email protected]
Figure 1:
Clove oil extract.
Figure 2:
Phytochemicals analysis of S. aromaticum essential oil by GC-MS.
Figure 3:
Show the Pus and granuloma after implanted Cotton Pellet A: Positive control, B: treated with clove oil extract 10 mg/kg, C: treated with piroxicam 5mg/kg.
Figure 4:
TNF-α concentration in serum (pg/ml) values after nine days on cotton pellet granuloma in rat treated with clove oil and piroxicam.
Figure 5:
Photomicrograph in AandB: G1 (control positive group): Overexpression of TNF-α in fibroblasts (black arrow) and macrophages (yellow arrow) in dermis layer of affected area. Note, massive expression of TNF-αcovered more than 75% of tissue area. Also, the affected dermis layer showed deposition of collagen fibers due to chronic inflammation. C and D: (G2) Weak of TNF-αin fibroblasts (black arrow) and macrophages (yellow arrow) in dermis layer of affected area. Note, expression of TNF-α covered less than 20% of tissue area. EandF: (G3) Moderate expression of TNF-α in fibroblasts (black arrow) and macrophages (yellow arrow) in dermis layer of affected area. Note, expression of TNF-α covered more than 30% of tissue area. DAB and Hematoxylin. A,C,E: 100x and B, D, F: 400x.
Figure 7:
IL-10 concentration in serum (pg/ml) values after nine days on cotton pellet granuloma in rat treated with clove oil and piroxicam.