The electronic features, namely the Band structure and DOS spectrum are determined for the bio-molecules interacted Kagome-PNT and are outlined in Fig. 6 (a) – (f). The Band structure yields the Fermi energy level (EF) for complex X1, X2 as -3.568 eV and -3.584 eV; for complex Y1, Y2 as -4.165 eV and -4.109 eV; for complex Z1, Z2 as -3.570 eV and -3.533 eV. On the same note, the energy gap values are deduced to be 1.163 eV for Complex X1 and X2; 1.097 eV and 1.053 eV for complex Y1 and Y2; 1.159 eV and 1.163 eV for Complex Z1 and Z2. It can be clearly comprehended that the energy gap values are augmented for all the bio-molecules interacted complexes [51-53]. This enhancement in the energy gap value when compared to the pure Kagome-PNT in turn influences the conductivity of the nanotube i.e., it decreases the current flowing through the nanotube. Besides, more number of peaks is perceived throughout the energy interval of DOS spectrum when compared to the pure Kagome-PNT and modification is also noticed among the bio-molecules interacted complexes.