Analytica chimica acta · 2025
Dual-site 19F NMR/colorimetric probe with chemical shift encoding for multiplexed detection of biothiols and SO2 derivatives.
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Yang Shengjun, Du Tingting, He Yunhua, Lai Chencen, Zhang Min, Yang Wen-Chao, Gao Xiuli
Аннотация
BACKGROUND: Biological substances and its metabolites, such as reactive sulfur species (e.g., biothiols, SO2 derivatives), play pivotal roles in physiological processes through interdependent interactions. Their precise detection is critical for elucidating functional dynamics. However, their overlapping coexistence, structural similarity, and mutual interference pose significant challenges for simultaneous discrimination. Thus, it is imperative to develop a novel analytical approach enabling multiplexed discrimination in complex systems.
RESULT: We herein report a dual-site 19F NMR/colorimetric probe to detect RSS species by 'naked' eye and then simultaneously resolve them in mixed solution through 19F NMR spectroscopy. This innovative platform exhibits rapid responsiveness towards biothiols and SO2 derivatives, manifesting distinct color change alongside characteristic 19F NMR chemical shifts. The produced distinguishable 19F NMR signatures permit simultaneous detection and resolution of biothiols and SO2 derivatives in mixtures.
SIGNIFICANCE: We report a fluorinated dual-site probe enabling multiplexed analysis via 19F NMR and colorimetry. This strategy overcomes structural analog discrimination challenges in biomolecules, exemplified with sulfur-containing species. The design establishes a generalizable platform for resolving complex mixtures and advances chemosensory systems for simultaneous detection of coexisting bioactive analytes.
RESULT: We herein report a dual-site 19F NMR/colorimetric probe to detect RSS species by 'naked' eye and then simultaneously resolve them in mixed solution through 19F NMR spectroscopy. This innovative platform exhibits rapid responsiveness towards biothiols and SO2 derivatives, manifesting distinct color change alongside characteristic 19F NMR chemical shifts. The produced distinguishable 19F NMR signatures permit simultaneous detection and resolution of biothiols and SO2 derivatives in mixtures.
SIGNIFICANCE: We report a fluorinated dual-site probe enabling multiplexed analysis via 19F NMR and colorimetry. This strategy overcomes structural analog discrimination challenges in biomolecules, exemplified with sulfur-containing species. The design establishes a generalizable platform for resolving complex mixtures and advances chemosensory systems for simultaneous detection of coexisting bioactive analytes.