Construction of mercury ion fluorescence system in water samples and art materials and fluorescence detection method for rhodamine B derivatives

Abstract

At present, the research on fluorescent molecular probe has become a hot topic in the field of environmental science, chemical materials, medicine, and other fields. Therefore, the detection of industrial mercury-containing wastewater (Hg2+) is of great significance. In this article, the fluorescent probe is used to detect mercury ions, and when compared with the traditional detection method, the fluorescent probe has the advantage of operation such as the effect of simplicity is evident. The experiments first synthesized rhodamine B derivatives and then the synthesized rhodamine B derivative fluorescent molecular probes were constructed and used to detect the mercury ions in water sample and oil paints. It was demonstrated that rhodamine B-derived probes have been constructed by UV and fluorescence spectroscopy. The different metal ions and rhodamine B-derived fluorescent molecular probes were compounded, resulting in the appearance of fluorescence peak centered at 583 nm only after the addition of metallic mercury ions with almost no response from other ions. The mercury ion rhodamine B derivative is more responsive to metallic mercury ions.

A fluorescent probe based on an enhanced ICT effect for Hg2+ detection and cell imaging

“…Compared with conventional detection methods (such as atomic absorption spectrometry [22][23][24][25] ), the advantage of the uorescent probe is that the evaluation of the analyte can be done without the aid of complex experimental instruments, which is useful in environments with relatively complex experimental conditions. [26][27][28][29][30][31][32][33][34] In addition, conventional assays usually require killing the tissue when detecting the analyte content in biological tissues, whereas some uorescent probes can perform uorescence imaging without destroying the biological tissue due to their high biocompatibility. [35][36][37] This is helpful when assessing analytes in biological tissues.…”