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Editorial Note for Biocatalyst biosensors

机译:生物催化剂生物传感器的编辑笔记

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Nanotechnology can help in optimizing the diagnostics biochips. These diagnostic chips can be used to analyze thousands of genes simultaneously [5]. For this purpose, the gene fragments with known properties synthesized in the laboratory are bonded to the chip surface, and the diagnosis depends on which gene pieces of the DNA from a patient's blood gets deposited on [6]. Viruses and cell types can be identified on the basis of surface properties, which make them adhere to certain nanostructures [7]. Re-generative medicine widely uses nanotechnology recently.
机译:纳米技术可以帮助优化诊断生物芯片。这些诊断芯片可用于同时分析成千上万的基因[5]。为此目的,在实验室中合成的已知特性的基因片段与芯片表面键合,并且诊断取决于DNA从患者血液中的哪个基因片沉积在[6]上沉积。病毒和细胞类型可以基于表面性质鉴定,这使得它们粘附到某些纳米结构[7]。再生医学最近广泛使用纳米技术。

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