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Predicting the Potential of Black Seed Bioactive Compounds against Potato Virus X Using In Silico Molecular Docking

Predicting the Potential of Black Seed Bioactive Compounds against Potato Virus X Using In Silico Molecular Docking

Adham Ezz El-Regal Mahmoud1, Atef Shoukry Sadik2 and Ahmed Mahdy3*

Figure 1:

2D and 3D structural analysis of Ribavirin (Control Ligand) binding to the PVX replicase protein: insights into molecular interactions.

Figure 2:

2D and 3D structural analysis of Carvacrol ligand binding to the PVX replicase protein: insights into molecular interactions.

Figure 3:

2D and 3D structural analysis of Nigellidine ligand binding to the PVX replicase protein: insights into molecular interactions.

Figure 4:

2D and 3D structural analysis of Nigellicine ligand binding to the PVX replicase protein: insights into molecular interactions.

Figure 5:

2D and 3D structural analysis of Thymoequinone ligand binding to the PVX replicase protein: insights into molecular interactions.

Figure 6:

2D and 3D structural analysis of Ribavirin (Control Ligand) binding to the PVX coat protein: insights into molecular interactions.

Figure 7:
2D and 3D structural analysis of Nigellidine ligand binding to the PVX coat protein: insights into molecular interactions.
Figure 8:

2D and 3D structural analysis of Carvacrol ligand binding to the PVX coat protein: insights into molecular interactions.

Figure 9:

2D and 3D structural analysis of Nigellicine ligand binding to the PVX coat protein: insights into molecular interactions.

Figure 10:

2D and 3D structural analysis of Thymoequinone ligand binding to the PVX coat protein: insights into molecular interactions.

Pakistan Journal of Zoology

April

Pakistan J. Zool., Vol. 57, Iss. 2, pp. 501-1001

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