A perusal of table 5 revealed that 1BNA with lig-1had the least binding affinity and therefore has formed more stable complex with the DNA than lig-2. Various other parameters that contributed towards docking binding affinity are mentioned in table 6. This indicates that since lig-1 had lesser binding energy, it owes to maximum stability of the formed complex. The docked pose corresponding to each drug-DNA complex is shown in figure . These figures reveal that lig-1 bonded itself to the major groove of the DNA whereas lig-2bonded itself to the minor groove of the DNA. Further figure represents the interaction profile in 2D which reveals various types of interactions taking place between the DNA bases and the selected ligands, viz., conventional hydrogen bonds, carbon hydrogen bonds, π-σ bonds, π-alkyl bonds and presence of some attractive charges, etc. These interactions eventually lead to the stabilization of the drug-DNA complexes formed.