Objective: The prediction of bacterial sub-cellular proteins can be considered aid to biotechnological research. Bacterial proteins play a major role in cell division as well as in virulence. Here, we attempt to identify the potential phytocompounds Trigonella foenum-graecum from that can spot those bacterial sub-cellular proteins.
Methodology: Insilico screening for phytoligands from Fenugreek with subjected to molecular docking simulations for better perception of correlation between phytocompounds and the target receptors.
Results: Quercetin, Smilagenin, Diosgenin & Naringenin from Fenugreek possess immense binding affinity against subcellular bacterial proteins.
Conclusion: Based on all outcomes, we assertion that 4 phytoligands (Quercetin, Smilagenin, Diosgenin & Naringenin) could serve as an effective anti-bacterial compounds to cure bacterial infections.
Phytocompounds, Sub-cellular proteins, Molecular docking, Fenugreek.