Advances in Animal and Veterinary Sciences
Research Article
Adv. Anim. Vet. Sci. 6(12): 556-568
Figure 1
Diagram of the checkerboard assay shows wells concentrations of Bacteriocin and Ceftazidime. C1 = broth alone (no bacterial inoculum), C2 = broth+ indicator + org, C3 =broth+indicator, C4 = Ceftazidime alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 2
Diagram of the checkerboard assay shows wells concentrations of Bacteriocin and Imipenem. C1 = broth alone (no bacterial inoculum), C2 = broth+ indicator + org, C3 =broth +indicator, C4 = Imipenem alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 3
Diagram of the checkerboard assay shows wells concentrations of Bacteriocin and Minocycline. C1 = broth alone (no bacterial inoculum), C2 = broth+ indicator + org, C3 =broth +indicator, C4 = Minocycline alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 4
Diagram of the checkerboard assay shows well concentration of Bacteriocin and Ceftazidime. C1 = broth alone (no bacterial inoculum), C2 = broth+ indicator + org, C3 =broth +indicator, C4 = Ceftazidime alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 5
Diagram of the checkerboard assay shows well concentration of Bacteriocin and Imipenem. C1 = broth alone (no bacterial inoculum), C2 = broth+ indicator + org, C3 =broth +indicator, C4 = Imipenem alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 6
Diagram of the checkerboard assay shows well concentration of Bacteriocin and Minocycline. C1 = broth alone (no bacterial inoculant), C2 = broth+ indicator + org, C3 =broth +indicator, C4 = Minocycline alone, C5 = D.W. alone and C6 = Bacteriocin alone.
Figure 7
Minimum inhibitory concentration of Ceftazidime and Bacteriocin before and after combination by Isobolographic analysis.
Figure 8
Minimum inhibitory concentration of Imipenem and Bacteriocin before and after combination by Isobolographic analysis.
Figure 9
Minimum inhibitory concentration of Minocycline and Bacteriocin before and after combination by Isobolographic analysis