Sirianni Nicky M, Yuan Huijun, Rice John E, Kaufman Ronit S, Deng John, Fulton Chandler, Wangh Lawrence J
Brandeis University, Department of Biology, Waltham, MA 02453-9110, USA.
Genome. 2016 Nov;59(11):1049-1061. doi: 10.1139/gen-2016-0026. Epub 2016 Aug 30.
Here, we present a new approach for increasing the rate and lowering the cost of identifying, cataloging, and monitoring global biodiversity. These advances, which we call Closed-Tube Barcoding, are one application of a suite of proven PCR-based technologies invented in our laboratory. Closed-Tube Barcoding builds on and aims to enhance the profoundly important efforts of the International Barcode of Life initiative. Closed-Tube Barcoding promises to be particularly useful when large numbers of small or rare specimens need to be screened and characterized at an affordable price. This approach is also well suited for automation and for use in portable devices.
在此,我们提出一种新方法,用于提高识别、编目和监测全球生物多样性的速度并降低成本。这些进展,我们称之为封闭管条形码技术,是我们实验室发明的一套经过验证的基于PCR的技术的一种应用。封闭管条形码技术建立在国际生命条形码计划这一极其重要的工作基础之上,并旨在加强这一工作。当需要以可承受的价格对大量小型或稀有标本进行筛选和鉴定时,封闭管条形码技术有望特别有用。这种方法也非常适合自动化以及在便携式设备中使用。