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Laser-guided direct writing: a novel method to deposit biomolecules for biosensors arrays

机译:激光引导直接书写:一种沉积生物传感器阵列生物分子的新方法

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摘要

In this paper, we present a potential biomolecular patterning method, laser-guided direct writing guidance (LGDW), which may be utilized to deposit organic and bioactive particles for biosensor arrays. The instrumentation and operation of the LGDW system is introduced and the system settings used to achieve deposition are reported. The biomolecule, avidin, was deposited onto a substrate using LGDW to evaluate the possible damage from the laser on the biomolecules. The functionality of avidin after laser-based guidance was examined by exposing the deposited avidin molecules to its ligand, biotin. The results show some avidin retained its affinity to biotin after LGDW demonstrating little damage to the biomolecules.
机译:在本文中,我们提出了一种潜在的生物分子图案化方法,即激光引导直接书写引导(LGDW),可用于沉积有机传感器阵列的有机和生物活性颗粒。介绍了LGDW系统的仪器和操作,并报告了用于沉积的系统设置。使用LGDW将生物分子抗生物素蛋白沉积到基质上,以评估激光对生物分子可能造成的损害。通过将沉积的抗生物素蛋白分子暴露于其配体生物素中,可以检查抗生物素蛋白在激光引导下的功能。结果表明,在LGDW中,一些抗生物素蛋白保留了对生物素的亲和力,表明对生物分子的损害很小。

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