Table 3.
Summary of recent publications for the detection of drugs using eMIPs. Includes information on the functional monomer used, electrode material, polymerization technique, detection method, and LOD.
Template | Functional Monomer | Electrode Material | EP Technique | Detection Method | LOD | Ref. |
---|---|---|---|---|---|---|
oxfendazole | pyrrole | SPCEa | CVm | DPVo /SWVp | 10/8 μg/kg | [104] |
salbutamol | 3-aminophenylboronic acid/o-phenylenediamine | SPCEa/GRb/PEDOT:PSSc | CVm | DPVo | 0.1 nM | [105] |
naloxone | 4-aminobenzoic acid | SPCEa/MWCNTd | CVm | DPVo | 0.2 μM | [134] |
tetracycline | pyrrole | SPCEa/AuNPse | CVm | DPVo | 0.65 μM | [106] |
ractopamine | p-aminothiophenol | SPCEa/OMCf/AuNPse | CVm | DPVo | 42.3 pM | [107] |
furosemide | o-phenylenediamine | Au | CVm | DPVo | 70 nM | [108] |
atrazine | o-phenylenediamine | Au | CVm | DPVo | 1 nM | [109] |
sulfadimethoxine | pyrrole | Au | GDn | CAq | 70 μM | [110] |
tolazoline | o-aminothiophenol | Au | CVm | CVm | 0.016 μg/mL | [113] |
gemcitabine | p-aminothiophenol | Au/AuNPse | CVm | LSVr | 3 fM | [115] |
tetracycline | p-aminothiophenol | Au/AuNPse | CVm | LSVr | 0.22 fM | [121] |
metronidazole | o-phenylenediamine | Au/NPGLg | CVm | CVm | 18 pM | [122] |
azithromycin | aniline | GCEh/GOi/GNUj | CVm | DPVo | 0.1 nM | [123] |
levofloxacin | pyrrole | GCEh/G-AuNPsk | CVm | DPVo | 0.53 μM | [124] |
metronidazole | dopamine | GCEh/MWCNTd | CVm | CVm | 49.2 ng/L | [126] |
triamterene | pyrrole | PGEl/MWCNTd | CVm | DPVo | 3.35 nM | [127] |
ganciclovir | 2,2′-dithiodianiline | GCEh/MWCNTd/AuNPse | CVm | DPASs | 1.5 nM | [128] |
methimazole | pyrrole | PGEl | CVm | DPVo | 3 μM | [135] |
β-estradiol | 3,6-diamino-9-ethylcarbazole | GCEh | CVm | EISt | 0.36 aM | [136] |
testosterone | o-phenylenediamine | GCEh/GOi | CVm | EISt | 0.4 fM | [137] |
a SPCE—Screen-Printed Carbon Electrode; b GR—Graphene; c PEDOT:PSS—poly(3,4-ethylenedioxythiophene) polystyrene sulfonate; d MWCNT—Multiwalled Carbon Nanotubes; e AuNPs—Gold Nanoparticles; f OMC—Ordered Mesoporous Carbon; g NPGL—Nanoporous Gold Leaf; h GCE—Glassy Carbon Electrode; i GO—Graphene Oxide; j GNU—Gold Nano Urchins; k G-AuNPs—Graphene-Gold Nanoparticles; l PGE—Pencil Graphite Electrode; m CV—Cyclic Voltammetry; n GD—Galvanostatic Deposition; o DPV—Differential Pulse Voltammetry; p SWV—Square Wave Voltammetry; q CA—Chronoamperometry; r LSV—Linear Sweep Voltammetry; s DPAS—Differential Pulse Absorption Stripping; t EIS—Electrochemical Impedance Spectroscopy.