A proposed LAAS with planer structure well array

M. Shichijo, Keita Kosugi, Y. Hasegawa, H. Uchida
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Abstract

We have studied the Light Addressable Amperometric Sensor (LAAS) which is a two dimensional electrochemical sensor. In this study we report the LAAS that enables multiples samples measurement based on planer structure made by photolithography. We deposited SU-8 and platinum films on the LAAS device to form well array in order to keep individual sample solutions. The LAAS performs individual measurements by selecting each well using addressing light beam. The results showed that the observed current value depends on concentration of redox species from 10pM to 1 mM in 1 well. Therefore, we found that the proposed structure functions correctly, and expect efficiency improvement of processes such as drug discovery screening
提出了一种平面结构井阵LAAS
本文研究了一种二维电化学传感器——光可寻址安培传感器(LAAS)。在这项研究中,我们报告了基于光刻制作的平面结构的LAAS,可以实现多个样品的测量。我们在LAAS装置上沉积了SU-8和铂膜,形成良好的阵列,以保持单独的样品溶液。LAAS通过使用寻址光束选择每个井来执行单独的测量。结果表明:1个孔中10pM ~ 1mm氧化还原物质的浓度与观察到的电流值有关。因此,我们发现所提出的结构功能正确,并期望提高药物发现筛选等过程的效率
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