Fabrication of a Highly Sensitive and Selective Electrochemical Imidacloprid Sensor Using a Glassy Carbon Electrode Modified With MWCNTs/SBA-15@Si-CDs Nanocomposite

Trimetallic metal-organic frameworks (Fe, Co, Ni-MOF) derived as efficient electrochemical determination for ultra-micro imidacloprid in vegetables

“…With the development of world agriculture, the demand for imidacloprid has increased significantly. Because of imidacloprid's low toxicity and broad-spectrum, it gradually replaces traditional highly toxic pesticides and has been widely used in agricultural production [1][2][3][4][5]. Recent scientific studies also indicate that the imidacloprid is widely residues in water, soil, vegetables, and fruits.…”

Detection and detoxification of imidacloprid in food samples through ionic liquid-stabilized CuNi alloy nanoparticle-decorated multiwall carbon nanotubes

“…To solve the issues noted earlier, we need to develop a functionally modified electrode material for quantification as well as catalytic degradation, which must be environment friendly, specific, having fast responsive rate, on-site degradation capability and free form toxic solvents. Up to now, several metal/metal oxide based electrochemical techniques have been reported for either quantification or degradation of imidacloprid such as h-MoO 3 hollow microrods, 22 reduced graphene oxide/cyclodextrin, 23 MWCNTs/SBA-15@Si-CD nanocomposite, 24 Ce 2 S 3 /gum Arabic carbon flower nanocomposites, 25 Cu–rGO composite nanofibers, 26 iron based sodium persulfate, 21 silver coated titanate nanocomposite, 19 photo-Fenton and TiO 2 (ref. 27) and so forth.…”