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Antibacterial Effect of Co-Administration of Diclofenac and Ciprofloxacin against Infection Induced by Resistance E coli (O157-H7) in Female Rabbits

Antibacterial Effect of Co-Administration of Diclofenac and Ciprofloxacin against Infection Induced by Resistance E coli (O157-H7) in Female Rabbits

Frah Razzaq Kbyeh1, Ahmed N. Abedsalih2* 

1College of pharmacy, University of Al- Qadisiyah, Iraq; 2Department Pharmacology and Toxicology, College of Veterinary Medicine, University of Baghdad, Iraq.

*Correspondence | Ahmed N Abedsalih, Department Pharmacology and Toxicology, College of Veterinary Medicine, University of Baghdad, Iraq; Email: ahmed.n@covm.uobaghdad.edu.iq 

Figure 1

Serotyping of isolates by Wella colex color resistance E. coli O157:H7test.  

Figure 2

White blood cell counting x 103/ul in infected groups by resistance E coli 0157 H7 treated by ciprofloxacin ,diclofenac alone and combination between (ciprofloxacin +diclofenac) in two doses(mg/kg) and control groups
DC=diclofenac dosage 1mg/kg
CIP=ciprofloxacin dosage 7 mg/kg
COM1= (ciprofloxacin3.5mg/kg +diclofenac1mg/kg)
COM2= (ciprofloxacin1.75mg/kg +diclofenac1mg/kg) 

Figure 3

Neutrophils% in infected groups by resist. E coli 0157 :H7 treated by ciprofloxacin, diclofenac alone, and a combination between (ciprofloxacin +diclofenac) in two doses(mg/kg) and control groups
DC=diclofenac dosage 1mg/kg
CIP=ciprofloxacin dosage 7 mg/kg
COM1= (ciprofloxacin3.5mg/kg +diclofenac1mg/kg)
COM2= (ciprofloxacin1.75mg/kg +diclofenac1mg/kg)
capital letters are used to compare the rows. 

Figure 4

Monocyte % in infected groups by resistance E coli 0157: H7 treated by ciprofloxacin, diclofenac alone, and a combination between (ciprofloxacin +diclofenac) in two doses(mg/kg) and control groups
DC=diclofenac dosage 1mg/kg
CIP=ciprofloxacin dosage 7 mg/kg
COM1= (ciprofloxacin3.5mg/kg +diclofenac1mg/kg)
COM2=(ciprofloxacin1.75mg/kg +diclofenac1mg/kg) 

Figure 5

Histological section in the kidney from negative control shows: normal renal cortex from glomeruli and renal tubules. (H&E stain, 100X). 

Figure 6

Histological section in the urinary bladder from negative control shows: normal transitional mucosal epithelium, submucosa, and muscle coat. (H&E stain, 100X). 

Figure 7

Histopathological show for renal from ciprofloxacin group female rabbit (CIP) shows: enlarged-congested glomerulus glomerular hypercellularity and perivascular edema . (H&E stain, 400X). 

Figure 8

Histopathological show for urinary bladder from positive control (P.C.) female rabbit shows: vacuolar degeneration of transitional epithelium and eosinophilia (arrow). (H&E stain, 200X). 

Figure 9

Histopathological show for renal from diclofenac group(D.C.) female rabbit shows: atrophic glomerular tuft, distended Bowman’s space containing slight edema. interstitial perivascular edema and segmental necrosis (H&E stain, 200X). 

Figure 10

Histopathological show for renal from diclofenac group (D.C.) female rabbit shows: necrotic-eosinophilic transitional epithelium with vacuolation and mild atrophy of inner muscular layer. (H&E stain, 200X). 

Figure 11

Histopathological show for urinary bladder from combination COM1)female rabbit shows: atrophic- folding of transitional epithelium. (H&E stain, 40X). 

Figure 12

Histopathological show for renal from combination group (COM2) female rabbit shows: thickening of transitional epithelium with vacuolation and mild atrophy of inner muscular layer. (H&E stain, 200X). 

Advances in Animal and Veterinary Sciences

May

Vol. 12, Iss. 5, pp. 802-993

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