The non-specific adsorbent of nanomaterials surface may impact the generated signals in three ways: (a) by blocking the surface and generating electron transfer resistance to the flow of current which may result in a shift of redox potentials to higher values, increasing the probability of interfering signals due to elevated redox potentials; (b) the billed surface of nanomaterials may increase or decrease the price of flow of electrons depending on the fee; (c)the reactivity associated with the non-specifically adsorbed nanoparticles may also effect the obtained signal
The non-specific adsorbent of nanomaterials surface may impact the generated signals in three ways: (a) by blocking the surface and generating electron transfer resistance to the flow of current which may result in a shift of redox potentials to higher values, increasing the probability of interfering signals due to elevated…