液态金属原位引发制备半互穿网络水凝胶构建低污染电化学传感界面
李德, 王楠, 杨华伟, 马姣

Semi⁃interpenetrated Network Hydrogels Prepared by in⁃situ Initiation of Liquid Metal to Construct a Low Fouling Electrochemical Sensing Interface
De LI, Nan WANG, Hua-Wei YANG, Jiao MA
图4 (A) 电化学免疫传感器制备流程的的CV图;(B)LM-pNVP/CS2/GCE在不同储存时间的电流;(C)电化学免疫传感器分别对:空白溶液,胃动素(10 ng/mL),浓度均为100 ng/mL 的BSA、Lys、Fib以及10 ng/mL 的胃动素的混合液,BSA(100 ng/mL)、Lys(100 ng/mL)和Fib(100 ng/mL)的电化学响应 (误差棒代表3次重复测定的标准偏差)
Fig.4 (A) CV images of electrochemical immunosensor fabrication process; (B) Currents of LM-pNVP/CS2/GCE at different storage times; (C) Electrochemical immunosensor for: Blank solution, motilin (10 ng/mL), 100 ng/mL of BSA, Lys, Fib and 10 ng/mL motilin mixture(Mix), BSA (100 ng/mL), Lys (100 ng/mL), Fib (100 ng/mL) electrochemical response (The error bar represents the standard deviation of three repeated determinations)