Selective and quantitative recovery of sulfadiazine from seawater by Sb doped LTA zeolite electrochemical sensor-研究报告-研究报告.pdfVIP

Surfaces and Interfaces 37(2023)102666 Contents lists available at ScienceDirect Surfaces and Interfaces ELSEVIER doped LTA zeolite electrochemical sensor Kun Qian3 Jinzhou Medical Unoersity,Jinzhou 121001,China ARTICLE INFOA BSTR A CT Keywords Antibiotic sulfadiazine Linde type a (LTA) code zeolite Sb doped microporous material sensor Specife detection Electrochemically controlled detection and recovery 1.Introduction Sulfadiazine(SDZ) is an efficient antibiotic [1,2] that was approved by the Food and Drug Administration of the United States [3] for the treatment of infectious diseases [4-7] due to the mechanism of inter- fering the metabolism of folic acid [8].With its growing use in animal husbandry and aquaculture[5],SDZ exists in the natural environment [9].As the SDZ may lead to liver damage, gene damage, drug resistancehighly sensitive probe ions [1,26,36-38]. and decreased immunity [10,11],it is important to get rid of it from the environment water system [12].To solve the problem, two main steps are followed: the first is to detect its concentration, and the second is to move it from environment [13,14].Although advanced technology is applied for the detection of SDZ[15-20],electrochemical methods al- ways earn extra interest due to its low cost, rapid detection, high sensitivity, and good selectivity [21-25]. The advantages of ·Corresponding author. E-mail address skyeart163.com(K.Qian). “These authors contributed equally to this work. bttps///10.1016/J.surfin.2023.102666 Available online 30 January 2023 2468-0230/◎ 2023 Elsevier B.V.All rights reserved. x.Zhu et al. Sb LTA experimental LTA sensitivity, and good selectivity. Simulated 2. Material and methods (200)(220) Sl2 Sbs 2.1. Instru