E. coli, Extraction Kits
Extraction Kits for E.Coli are specialized tools designed for the efficient isolation and purification of Escherichia coli DNA. These kits use optimized protocols and reagents to ensure high-quality DNA extraction from z-competent cells, a type of E. coli cell modified to improve transformation efficiency. The main features of these kits include streamlined procedures that reduce the time and steps required for extraction, reliable buffers that ensure consistent DNA yield and purity, and compatibility with a variety of E. coli strains. Users benefit from the straightforward application of these kits, which leads to reproducible results in molecular biology experiments. The simplicity of the process carries a high yield and purity in the extracted DNA, which makes these kits valuable for researchers working in genetics, microbiology, and biotechnology.
In addition to extraction kits, Thomas Scientific also carries a variety of other extraction equipment.
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Mix & Go!™ E. coli Transformation Kit and Buffer Set
Zymo Research CorporationThe Mix & Go! E. coli Transformation Kit and Mix & Go! E. coli Transformation Buffer Set are convenient methods for the preparation of competent E. coli cells for simple and highly efficient DNA transformation. The Mix & Go! method completely eliminates the requirement for heat shocking…
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Mix & Go Competent Cells
Zymo Research CorporationT3003 through T3009: The Z-Competent E. coli strains are premade, chemically competent cells for simple and highly efficient DNA transformation. Z-Competent E. coli cells are made chemically competent by a method that completely eliminates the need for heat shocking and related procedures. For…
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XJ Autolysis E.coli Strains
Zymo Research CorporationXJ Autolysis E. coli strains are a new alternative for bacterial transformation and lysis. These strains are efficiently lysed following arabinose-induced expression of the bacteriophage λ endolysin protein, coupled to a single freeze-thaw cycle. The strains simplify protein expression and…