首页> 外国专利> DESIGN OF BIAPTAZYME WITHOUT SELF-CLEAVAGE ACTIVITY OF RIBOZYME AND ITS APPLICATION TO BIOSENSOR OR BIOCHIP DEVELOPMENT

DESIGN OF BIAPTAZYME WITHOUT SELF-CLEAVAGE ACTIVITY OF RIBOZYME AND ITS APPLICATION TO BIOSENSOR OR BIOCHIP DEVELOPMENT

机译:不具有核酶自我裂解活性的双歧酶的设计及其在生物传感器或生物芯片开发中的应用

摘要

The present invention has been developed an application of the sensor of this application as bio-materials and bio-chip and the microfluidic chip belongs to the sensing system (sensing), detection, diagnosis, and gene therapy in the field of biological material. ; In developing that Ephesians Tamer and ribozymes combination of Ephesians hitter, in the Ephesians hitters developed in previous studies Lim showed an absence, self-decomposition reaction of the target substance, the decomposition only party in the ribozyme If you have a target substance in the present invention, system response to the animations (stem) by creating a design that Fusion (fusion) with the Tamer in Ephesians and I systems III, more sensitive and more active good-by-design approach was developed Ephesians any batsman. Use them in developing new Eph batter Im chip system for real-time as proteins, cells, and biological sensing the material, etc., and determine the detected substance to double over the mass analyzer again through the fluorescence within the microfluidic chip system multi-channel will be. ; Purpose of the invention is to develop a biosensor for detecting a biological material and diagnosis without signal noise, first, This can be used as a sensor that can detect a specific substance, the fluorescence when applied to a bio-chip to the microfluidic chip, and by using the mass spectrometer can be two-dimensional analysis can be used in real-time diagnosis and analysis or the like. ; In addition to the study of gene therapy that can be developed through a design to cut a specific gene by an external matter it can be effectively applied. ; Ribozymes, Tamer Ephesians, Ephesians hitter Im bi-hitter Ephesians Lim, biochips
机译:已经开发了本发明的传感器作为生物材料和生物芯片的应用,并且微流体芯片属于生物材料领域中的传感系统(传感),检测,诊断和基因治疗。 ;在开发以弗所人的埃弗斯击球手和核酶的组合中,在先前研究中开发的以弗所人的击球手中,Lim显示出目标物质缺乏,自分解的反应,在核酶中只有分解的一方如果目前有目标物质发明,系统对动画(词干)的响应是通过创建一种设计来实现的,即与以弗所人和I系统III中的Tamer融合(融合),更敏感,更主动的按需设计的方法是开发了以弗所人的任何击球手。将它们用于开发新的Eph batter Im芯片系统,以实时检测蛋白质,细胞和对材料的生物感应等,并通过微流控芯片系统中的荧光来确定检测到的物质,从​​而使质量分析器再次翻倍。频道将会。 ;本发明的目的是开发一种用于检测生物材料并在没有信号噪声的情况下进行诊断的生物传感器,首先,它可以用作可以检测特定物质的传感器,当将其应用于生物芯片或微流控芯片时,可以检测荧光。并且通过使用质谱仪可以将二维分析用于实时诊断和分析等。 ;除了可以通过设计来通过外部物质切割特定基因而开展的基因治疗研究之外,还可以有效地应用它。 ;核酶,塔默尔以弗所人,以弗所人击球手Im bi-hitter以弗所人林,生物芯片

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