蛋白质/DNA微阵列应用的生物杂化表面制备

M. Simion, L. Ruta, I. Kleps, C. Mihailescu, A. Bragaru, M. Miu, T. Ignat
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引用次数: 0

摘要

用于微阵列技术的载片衬底的化学性质很重要,因为它决定了光斑形态、信号强度、低携带和低蒸发速率。本实验开发了一种衬底类型——多孔硅作为微阵列的基底,在其上沉积一层金薄膜。为了找到信号强度与光斑形态之间的最佳吻合,对两种金的纹理进行了研究。实验表明:(1)两种功能化方法的多孔硅衬底均能保证光斑均匀性,且信号强度与溶液浓度之间具有良好的关系;(ii)观察到两种类型的样品在高浓度下键饱和。
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Biohybrid surface preparation for protein/DNA microarray applications
The chemistry of slide substrates used in microarray technology is important, since it determines the spot morphology, signal intensity, low carry over and low evaporation rate. In this paper the experiments developed one substrate type - porous silicon as base for micro arrays with a gold layer film deposit on top. It was study two gold texture in order to find the best report between signal intensity and spot morphology. The experiments reveal that: (i) porous silicon substrate for both functionalization methods assure spots uniformity and a good relationship between signal intensity and solution concentration; (ii) it was observed bonds saturation for high concentrations for both types of samples.
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