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Sequencing of Nucleic Acids: from the First Human Genome to Next Generation Sequencing in COVID-19 Pandemic

机译:核酸的测序:从第一个人基因组到Covid-19大流行中的下一代测序

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Despite being around for more than 40 years, DNA sequencing is regarded as young technology in clinical medicine. As sequencing is becoming cheaper, faster and more accurate, it is rapidly being incorporated into clinical laboratories. In 2003, the completion of the first human genome opened the door to personalized medicine. Ever since it has been expected for genomics to widely impact clinical care and public health. However, many years can pass for genomic discoveries to reflect back and benefit the patients. DNA sequencing represents a less biased approach to diagnostics. It is not only a diagnostic tool, but can also influence clinical management and therapy. As new technologies rapidly emerge it is important for researchers and health professionals to have basic knowledge about the capabilities and drawbacks of the existing sequencing methods, and their use in clinical setting and research. This review provides an overview of nucleic acid sequencing technologies from historical perspective and later focuses on clinical utilization of sequencing. Some of the most promising areas are presented with selected examples from Slovenian researchers.
机译:尽管存在超过40年的时间,但DNA测序被认为是临床医学中的年轻技术。作为测序变得更便宜,更快,更准确,它迅速被纳入临床实验室。 2003年,完成第一个人类基因组的完成将门打开了个性化的药物。自从它预期基因组学到广泛影响临床护理和公共卫生。然而,多年可以通过基因组发现来反映并使患者受益。 DNA测序代表了较少的诊断方法。它不仅是一种诊断工具,还可以影响临床管理和治疗。由于新技术迅速出现,研究人员和卫生专业人员对现有测序方法的能力和缺点以及在临床环境和研究中使用的基础知识是重要的。本综述概述了历史角度来看核酸测序技术,后来专注于测序的临床利用率。一些最有前途的地区是斯洛文尼亚研究人员的选定例子。

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