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- W4377101754 abstract "In this study, phenyl-functionalized amylose (APS) was prepared as an aptamer-mimetic reception element and bonded covalently to CdSe quantum dots (QDs) to develop a fluorescence-on probe for BPA detection. The intertwined APS initially caused aggregation of the QDs, leading to low fluorescence intensity. However, upon wrapping BPA molecules with the APS to form inclusion complexes, the fluorescence was recovered due to the expansion of the interparticle distance between the QDs. The APS-QDs probe exhibited high sensitivity and selectivity for BPA over other endocrine-disrupting chemicals (4,4′-BPF, 2,2′-BPF, pyrene, E2, and phenol), and was highly tolerant of inorganic ions (Na+, Cl-, H2PO4-) even at concentrations 105 times higher than BPA. The system responded to BPA within 5.0 min with a wide dynamic range (1.0 ×10−1-1.0 ×105 μg/L) and a low detection limit (3.0 ×10−2 μg/L in DI water, 8.0 ×10−2 μg/L in tap water, and 7.0 ×10−2 μg/L in drinking water). Moreover, regardless of the matrix effect, it achieved a high recovery (95–103%) with low variation (RSD=1.1–2.3%) at low concentrations (1.0 ×10−1-1.0 μg/L) in tap and drinking water, indicating the potential for water quality control." @default.
- W4377101754 created "2023-05-20" @default.
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- W4377101754 date "2023-09-01" @default.
- W4377101754 modified "2023-10-03" @default.
- W4377101754 title "Development of an aptamer-mimetic sensing probe based on functionalized amylose-CdSe quantum dots for bisphenol-A detection" @default.
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- W4377101754 doi "https://doi.org/10.1016/j.snb.2023.133998" @default.
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