“…From inspection of Table 1, as expected, there is a range of nanoparticles that have been evaluated towards the sensing of carbendazim, such as platinum-doped nickel-cobalt oxide, 12 selenium with palladium, 13 graphitic carbon nitride, 14 gold nanoparticles, [15][16][17] samarium molybdate, 18 titanium dioxide, 19 platinum, 12 ytterbium oxide, 20 neodymium oxide, 21 tin selenium 22 and gadolinium sesquisulde, 23 to name just a few. Using nanoparticles have enhanced electron-conducting properties and increased the electrochemical area of electrodes, however, most reports never mentioned is the cost of implementing such sensors.…”