纳米孔DNA测序技术的最新专利:进展与挑战。

Jianfeng Zhou, Bingqian Xu
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引用次数: 5

摘要

DNA测序技术在过去几十年见证了快速发展,主要是由人类基因组计划推动的。在提出的新技术中,纳米孔被认为是超高速和极低成本的单DNA测序的合适候选技术。已经开发了几种制造和修饰技术来生产坚固且定义良好的纳米孔器件。在应用纳米孔分析DNA分子性质方面也做了许多努力。通过与传统测序技术的比较,纳米孔在样品制备、测序速度、成本效益和读取长度等主要实际问题上显示出了明显的优势。尽管挑战依然存在,但近年来在提高纳米孔能力方面的研究已经为实现其最终目标——在单核苷酸水平上对单个DNA链进行测序提供了线索。本专利综述简要介绍了单分子水平DNA分析和测序的最新进展和技术成就,重点是基于纳米孔的方法。
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Recent patents of nanopore DNA sequencing technology: progress and challenges.

DNA sequencing techniques witnessed fast development in the last decades, primarily driven by the Human Genome Project. Among the proposed new techniques, Nanopore was considered as a suitable candidate for the single DNA sequencing with ultrahigh speed and very low cost. Several fabrication and modification techniques have been developed to produce robust and well-defined nanopore devices. Many efforts have also been done to apply nanopore to analyze the properties of DNA molecules. By comparing with traditional sequencing techniques, nanopore has demonstrated its distinctive superiorities in main practical issues, such as sample preparation, sequencing speed, cost-effective and read-length. Although challenges still remain, recent researches in improving the capabilities of nanopore have shed a light to achieve its ultimate goal: Sequence individual DNA strand at single nucleotide level. This patent review briefly highlights recent developments and technological achievements for DNA analysis and sequencing at single molecule level, focusing on nanopore based methods.

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