Table 3 Comparison of sensing performance of variables Nanoprobes for detecting antibiotics.
Detection probe | Detected antibiotic | Method | Linear range (µM) | Limit of detection (LOD) | Year | References |
|---|---|---|---|---|---|---|
A fiber optic SPR sensor (surface plasmon resonance) | Erythromycin | Molecular imprinted nanoparticles | 0–50 µM | 5.32 µM | 2016 | |
Rhombus porous carbon (RPC) | Penicillin | electrochemical | 10–8 to 10–5 mg mL−1 | 2.68 * 10–7 mg/mL | 2021 | |
detection of H+ ions emerged by H+ generating enzymes | Penicillin | Photoelectrochemical Biosensors (PEC) | 2021 | |||
CNT- Fe3O4@SiO2 | Tetracycline | (AdSDPV) Adsorptive stripping Differential pulse Voltammetry | 400–460 µM | 400 nM | 2021 | |
Graphene-Au | Tetracycline | CV (cyclic voltammetry) | 29–135 µM | 16 nM | 2021 | |
Halide-directed Assembly of Mercury(II) Coordination Polymers | Penicillin | Electrochemical biosensor | 2020 | |||
SiO2/Au | Erythromycin | Fluorescence | 12 nM | 2017 | ||
B, N co-doping CQDs | Penicillin & Erythromycin | Fluorescence | 0–350 µM 2 nM-80 µM | 10 nM 5 nM | This work |
