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 is a sensing of the biological material that the application as a sensor of this development and bio-chip and the microfluidic chip systems applying the biomaterial (sensing), detection, diagnosis, and belongs to the field of gene therapy. ; In developing that Eph Tamer and ribozyme conjugates of Eph batter, in being an Eph batter developed in previous studies and showed the absence of the target substance, self-decomposition, self-decomposition of the ribozyme only when there is in the present invention, the target substance developed an Eph batter any design method - by reaction to produce the animation system (stem) I and designed for fusion (fusion) with the Eph Tamer in stem III, a more sensitive and activated by good. Use them to recognize the real-time as proteins, cells, and biological material by fluorescence in the microfluidic chip system of multiple channels, develop new Eph batter being chip system to make a double through again the mass analyzer to a sensitive material will be. ; Purpose of the invention is a signal as to detect biological material without the noise and develop a biosensor for diagnosis, first, may be used as a sensor that can detect a specific substance with this, the fluorescence when applying it to the biochip to the microfluidic chip, and can be used like a two-dimensional analysis is possible to diagnose and analyze in real time through the mass analyzer. ; This also applies to a specific gene by an external substances through the development of effective design in the study of gene therapy that can be cut is possible. ; Ribozymes, Tamer Ephesians, Ephesians hitter Im bi-hitter Ephesians Lim, biochips
机译:本发明是对生物材料的感测,其作为该开发和生物芯片的传感器的应用以及应用该生物材料的微流体芯片系统(感测),检测,诊断,属于基因治疗领域。 ;在开发Eph面糊的Eph Tamer和核酶结合物时,由于是先前研究中开发的Eph面糊,并且仅在本发明中存在时,才显示出目标物质的缺乏,核酶的自分解,自分解。目标物质开发了一种Eph面糊的任何设计方法-通过反应生成动画系统(词干)I,并设计为与茎III中的Eph Tamer融合(融合),更灵敏并被良好激活。利用它们在多通道微流控芯片系统中通过荧光实时识别蛋白质,细胞和生物材料,开发出新型的Eph battering芯片系统,使质量分析器再一次通过双倍于敏感材料。 ;本发明的目的是在没有噪声的情况下检测生物材料并开发用于诊断的生物传感器的信号,首先,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上的微流体时,可以检测荧光。芯片,并且可以像二维分析一样使用,可以通过质量分析仪进行实时诊断和分析。 ;通过在基因疗法的研究中有效设计的发展,也可以适用于特定基因由外部物质引起的可能的削减。 ;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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