Highly stable fluorescent coordination polymer materials for the ultrafast detection of nitrofurans in aqueous media at ppb levels

January 1, 2026Materials AdvancesOpen Access

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Key Points

This research aims to develop highly stable fluorescent coordination polymer materials for the detection of nitrofurans at low concentrations.
Developed 1D helical luminescent coordination polymers (CPs) for detection.
Evaluated the selectivity and speed of the fluorescence response in aqueous media.
Assessed the recyclability of the CP materials.
The fluorescent CPs showed effective detection of nitrofurans at parts per billion (ppb) levels.
Detection was both selective and ultrafast, yielding immediate fluorescence responses.
The materials demonstrated excellent recyclability without loss of performance.

Examines the ultrafast detection of nitrofurans in aqueous media, suggesting a new recyclable solution.

1D helical luminescent CPs for the selective, ultrafast, and recyclable detection of nitrofuran-based antibiotics in aqueous media.

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Chanda et al. (2026) studied this question.

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