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基于细胞的生物传感器:用石英晶体微天平方法研究膜蛋白相互作用
引用本文:Karin ELOVSSON,Teodor AASTRUP. 基于细胞的生物传感器:用石英晶体微天平方法研究膜蛋白相互作用[J]. 福建农林大学学报(哲学社会科学版), 2011, 0(4)
作者姓名:Karin ELOVSSON  Teodor AASTRUP
摘    要:在药物开发早期选择最优的候选目标物对于避免后期药物研发失败是至关重要的。Attana200细胞生物传感器能检测目标物在生物基质条件下的无标、全实时动力学情况,提供一个信息丰富的生物学相关的测量方法。细胞能在传感器表面生长,和传统传感器一样通过连续流引入相互作用的生物分子。该仪器还兼容标准生物传感器表面,而且可用于比较键合的纯化目标和相互作用的细胞。

关 键 词:石英晶体微天平  传感器芯片  细胞相互作用  临床试验  键合  药物开发  细胞生物传感器  脂肪颗粒  

Cell-Based Biosensors: A Quartz Crystal Microbalance Approach to Membrane Protein Interaction Studies
Karin Elovsson,Zhichao Pei, Teodor Aastrup College of Science,Northwest A,F University. Cell-Based Biosensors: A Quartz Crystal Microbalance Approach to Membrane Protein Interaction Studies[J]. Journal of Fujian Agriculture and Forestry University, 2011, 0(4)
Authors:Karin Elovsson  Zhichao Pei   Teodor Aastrup College of Science  Northwest A&F University
Affiliation:Karin Elovsson,Zhichao Pei,and Teodor Aastrup College of Science,Northwest A&F University
Abstract:It is of the utmost importance to avoid late-failing drugs by selecting the best candidate early in the drug development process. The Attana Cell 200 biosensor measures label-free, full kinetics in real time with the target in its biological context, providing an information-rich approach to biologically relevant measurements. Cells can be grown directly on the sensor surface, and the interacting biomolecule is introduced to the continuous flow system as in a traditional biosensor. The instrument is also co...
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