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High-throughput plasmid mini preparations facilitated by micro-mixing.

机译:微混合可促进高通量的微型质粒制备。

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摘要

We have developed a reliable high-throughput plasmid isolation system using a 96-well plate format. This system combines a novel glass bead micro-mixing method with modified alkaline lysis and Sephacryl S-500 DNA purification procedures. Mechanical forces generated by vortexing glass beads inside each well of the 96-well plates ensure that the bacterial pellets are homogeneously resuspended, the cells are completely lyzed, and the resulting bacterial lysates are thoroughly mixed with the potassium acetate solution. The vortexing speed and duration for glass bead mixing have been standardized to facilitate plasmid DNA yields without significant adjustments.
机译:我们使用96孔板格式开发了可靠的高通量质粒分离系统。该系统将新颖的玻璃微珠混合方法与改良的碱裂解法和Sephacryl S-500 DNA纯化程序结合在一起。将96孔板每个孔内的玻璃珠涡旋产生的机械力确保细菌沉淀均匀地重悬,细胞被完全裂解,所得的细菌裂解液与乙酸钾溶液充分混合。已经标准化了玻璃珠混合的涡旋速度和持续时间,以促进质粒DNA的产量而无需进行重大调整。

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