首页> 外国专利> Method for manufacturing nanohybrid particle using for biomolecule detection, biomolecule detection system, biomolecule detection method, and analysis apparatus using for biomolecule detection using nanohybrid particle

Method for manufacturing nanohybrid particle using for biomolecule detection, biomolecule detection system, biomolecule detection method, and analysis apparatus using for biomolecule detection using nanohybrid particle

机译:用于生物分子检测的纳米杂化颗粒的制造方法,生物分子检测系统,生物分子检测方法以及用于使用纳米杂化颗粒进行生物分子检测的分析装置

摘要

Provided are a method for manufacturing nano-hybrid particle used for detecting a biomolecule, and a biomolecule detection system and method for detecting a biomolecule in a convenient manner at low costs. The nano-hybrid particle is manufactured by preparing core particles, and nano-particles to be coated around the core particles; measuring zeta potential for pH; examining a pH section with zeta potentials of opposite symbols; titrating pH of a mixed solution of the core particles and the nano-particles; forming nano-hybrid particles where the nano-particles are coated around the core particles; collecting the nano-hybrid particles by using a magnet; and drying the collected nano-hybrid particles to obtain nano-hybrid particle powder. The analysis apparatus for biomolecule detection comprises a magnetic force generation wire(230a), a magnetic force change sensing wire(230b), a power distribution unit(240a), a power distribution sensor(240b), a magnetic force change sensor(250), and a power generator(260).
机译:提供一种用于制造用于检测生物分子的纳米杂交颗粒的方法,以及用于以低成本方便地检测生物分子的生物分子检测系统和方法。所述纳米杂化颗粒是通过制备核芯颗粒和包覆在核芯颗粒周围的纳米颗粒而制得的。测量pH的ζ电位;检查具有相反符号的zeta电位的pH值部分;滴定核心颗粒和纳米颗粒的混合溶液的pH;形成纳米混合颗粒,其中纳米颗粒被包覆在核心颗粒周围;利用磁体收集纳米杂化颗粒;干燥收集的纳米杂化颗粒,得到纳米杂化粉末。用于生物分子检测的分析设备包括磁力产生线(230a),磁力变化感测线(230b),功率分配单元(240a),功率分配传感器(240b),磁力变化传感器(250) ,以及发电机(260)。

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