Polyhydric polymer-loaded pyrene composites as powerful adsorbents and fluorescent probes: highly efficient adsorption and test strips-based fluorimetric analysis of curcumin in urine and plant extracts

Zhiqiang Duan; Mengyuan Yin; Chuanxian Zhang; Guilin Song; Shengying Zhao; Fan Yang; Luping Feng; Chuan Fan; Shuyun Zhu; Hua Wang

doi:10.1039/C7AN01403A

Polyhydric polymer-loaded pyrene composites as powerful adsorbents and fluorescent probes: highly efficient adsorption and test strips-based fluorimetric analysis of curcumin in urine and plant extracts†

Zhiqiang Duan,^ab Mengyuan Yin,^a Chuanxian Zhang,^a Guilin Song,^a Shengying Zhao,^a Fan Yang,^a Luping Feng,^a Chuan Fan,^a Shuyun Zhu^a and Hua Wang

*^a

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* Corresponding authors

^a Institute of Medicine and Materials Applied Technologies, College of Chemistry and Chemical Engineering, Qufu Normal University, Qufu City 273165, P. R. China
E-mail: huawangqfnu@126.com
Web: http://wang.qfnu.edu.cn
Tel: (+86) 5374456306

^b College of Physics, Qufu Normal University, Qufu City 273165, P. R. China

Abstract

Polyhydric poly (vinyl alcohol) was covalently loaded with a 1-pyrenecarboxyaldehyde fluorophore. The yielded PVA-Pyr composites can serve as powerful adsorbents and strong fluorescent probes for the highly efficient adsorption and sensitive fluorimetric detection with test strips of curcumin in samples of urine and plant extracts.

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Polyhydric polymer-loaded pyrene composites as powerful adsorbents and fluorescent probes: highly efficient adsorption and test strips-based fluorimetric analysis of curcumin in urine and plant extracts†

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Polyhydric polymer-loaded pyrene composites as powerful adsorbents and fluorescent probes: highly efficient adsorption and test strips-based fluorimetric analysis of curcumin in urine and plant extracts

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