Research Article
Flow-Injection Preconcentration of Chloramphenicol Using Molecularly Imprinted Polymer for HPLC Determination in Environmental Samples
Table 3
The values of limits of detection (LOD) of chloramphenicol reported for different analytical methods.
| Method | LOD, μg/L | Reference |
| FIA with amperometric detection | 0.44 | [14] | FIA with amperometric detection | 9.7 | [15] | FIA with amperometric detection | 24 | [16] | FIA with fluorimetric detection, and SPE-MIP | 8 000 | [24] | SIA-HPLC with UV detection | 500 | [33] | Microflow system with chemiluminescence detection and SPE-MIP | 0.019 | [25] | FIA-HPLC with UV detection and online SPE-MIP | 0.015 | This work | Voltammetry with offline MIP | 4.3 | [23] | CE immunoassay with LIF detection | 0.0016 | [34] | Immunoaffinity chromatography | 1.2 | [35] | SPR immunoassay | 0.032 | [36] | SPR immunoassay | 0.00074 | [37] |
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FIA: flow injection analysis, SIA: sequential injection analysis, SPE-MIP: solid-phase extraction with molecularly imprinted polymer, SPR: surface plasmon resonance, LIF: laser induced fluorescence.
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