Elasticity constitutes the main advantage of carbon-based electrodes. It may be crucial factor in designing wearable sensors . To estimate the robustness of the MIP-coated laminated carbon paper electrode, it was bent to around 45° and straightened multiple times. After 100 such events, currents recorded in both solution of the pristine redox probe and in the presence of 9.9 nM MTZ dropped only by 12-14% (Figure ). It proved that MIP film coating over carbon paper electrode was stable and did not break or damage by the bending. Only the conductivity of the electrode material (carbon paper) dropped slightly. Flexibility and robustness of the fabricated electrodes may be beneficial in terms of future applications, especially for in-field measurements portable sensing devices .