厌倦了在新的基因组学和蛋白质组学时代做同样的苦差事?

Patricia E. Garrett , Feng Tao , Nathan Lawrence , Jay Ji , Richard T. Schumacher , Mark M. Manak
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引用次数: 12

摘要

生命科学的新发现依赖于对生物分子的准确分析,而生物分子的准确分析又依赖于从植物、动物或微生物的组织中大量提取高质量的分子。多年来,难以裂解的细胞和组织的提取过程一直是发现道路上的瓶颈。本文介绍了目前使用的提取方法,并将其与新开发的自动化工艺进行了比较,该工艺涉及专利压力循环技术(PCT)。PCT样品制备系统(SPS)使用一种能够在环境压力和高压之间快速、温控压力循环的仪器,以及含有闸板和裂解盘的一次性样管。采用PCT SPS方法制备的核酸和蛋白质的质量和数量与传统方法相当,同时提高了处理的方便性和安全性、重现性、速度和控制能力。
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Tired of the same old grind in the new genomics and proteomics era?

New discoveries in life sciences depend on accurate analysis of biomolecules, which in turn depends on the extraction of high-quality molecules in high quantities from the tissues of plants, animals or microorganisms. The extraction process for hard-to-lyse cells and tissues has been a bottleneck in the path to discovery for many years. This review describes extraction methods currently in use, and compares them to a newly developed, automated process involving patented pressure cycling technology (PCT). The PCT sample preparation system (SPS) uses an instrument capable of rapid, temperature-controlled pressure cycling between ambient and high pressures, and single-use sample tubes containing a ram and a lysis disk. The quality and quantity of nucleic acid and protein prepared by the PCT SPS method are comparable to the older methods, whereas ease and safety of processing, reproducibility, speed and control are enhanced.

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