摘要
Recently,multidimensional(or multi-channel)sensing methodology has attracted broad attention in the field of analytical chemistry due to its fascinating merits.A variety of multidimensional sensors based on sensor arrays,lab-on-a-molecule/nanoparticle and smart chip strategies have been designed to differentiate chemical structure and property similar analytes and complex samples.Pattern recognition algorithms are usually used and allow these sensors to fulfill such proposes.In this review,the recent advances of multidimensional sensor devices were firstly summarized,and particularly focused on their design strategies and applications in monitoring of biological active molecules,biomarkers,microbes,foods and beverages,etc.Then,some limitations and possible solutions of multidimensional sensors were discussed.And finally,potential applications of this technique in the future were proposed.This review would help the readers who are interested in multidimensional sensing methodology to understand the research progresses and trends.
Recently, multidimensional(or multi-channel) sensing methodology has attracted broad attention in the field of analytical chemistry due to its fascinating merits. A variety of multidimensional sensors based on sensor arrays, lab-on-a-molecule/nanoparticle and smart chip strategies have been designed to differentiate chemical structure and property similar analytes and complex samples. Pattern recognition algorithms are usually used and allow these sensors to fulfill such proposes. In this review,the recent advances of multidimensional sensor devices were firstly summarized, and particularly focused on their design strategies and applications in monitoring of biological active molecules, biomarkers, microbes, foods and beverages, etc. Then,some limitations and possible solutions of multidimensional sensors were discussed. And finally, potential applications of this technique in the future were proposed. This review would help the readers who are interested in multidimensional sensing methodology to understand the research progresses and trends.
基金
supported by the National Natural Science Foundation of China (21607160, 51872300, U1832110)
the Zhejiang Provincial Natural Science Foundation of China (LY16B050005)
Ningbo Science and Technology Bureau (2016C50009)
the W. C. Wong Education Foundation (rczx0800)
