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Demonstrates a sensitive method for quantifying volatile phenols, indicating improved monitoring capabilities in real water samples.
, outperforming the 4-AAP method with a 3-fold lower LOD and an 8-fold wider range. Analysis of real water samples showed that VPs concentrations measured by the platform exceeded those obtained by the 4-AAP method, with mass spectrometry confirming that this discrepancy arises from 4-AAP's failure to respond to certain substituted phenols. Thus, our platform provides a sensitive, broad-spectrum tool for VPs monitoring.
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Gu et al. (2026) studied this question.
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