发明名称 SYSTEMS AND METHODS FOR ONE OR MORE OF DETECTING, ISOLATING, IDENTIFYING, TRANSPORTING AND QUANTIFYING A TARGET ANALYTE IN A FLUID
摘要 A system for one or more of detecting, isolating, identifying, transporting, and quantifying a target analyte in a fluid suspected of containing the target analyte. The system includes a magnetic nanocomposite having one or more selectively magnetic nanoparticles in a first nanocontainer, and a first binding moiety linked to the first nanocontainer and adapted to specifically bind the target analyte, and a luminescent nanocomposite having one or more selectively luminescent nanoparticles in a second nanocontainer, and a second binding moiety linked to the second nanocontainer and adapted to specifically bind the target analyte. The magnetic nanocomposite and the luminescent nanocomposite do not specifically bind to each other in the absence of the target analyte. The first and second binding moieties may be adapted to simultaneously bind the target analyte to form a magnetic luminescent nanoassembly.
申请公布号 US2014349305(A1) 申请公布日期 2014.11.27
申请号 US201313900924 申请日期 2013.05.23
申请人 Winter Jessica O.;Mahajan Kalpesh D.;Ruan Gang 发明人 Winter Jessica O.;Mahajan Kalpesh D.;Ruan Gang
分类号 G01N33/543;G01N33/58;C12Q1/68 主分类号 G01N33/543
代理机构 代理人
主权项 1. A system for one or more of detecting, isolating, identifying, transporting, and quantifying a target analyte in a fluid suspected of containing the target analyte, the system comprising: a magnetic nanocomposite comprising one or more selectively magnetic nanoparticles in a first nanocontainer, and a first binding moiety linked to the first nanocontainer and adapted to specifically bind the target analyte; and a luminescent nanocomposite comprising one or more selectively luminescent nanoparticles in a second nanocontainer, and a second binding moiety linked to the second nanocontainer and adapted to specifically bind the target analyte; wherein the magnetic nanocomposite and the luminescent nanocomposite do not specifically bind to each other in the absence of the target analyte, and wherein the first and second binding moieties are adapted to simultaneously bind the target analyte to form a magnetic-luminescent nanoassembly.
地址 Columbus OH US