XL10-Gold ultracompetent cells transform large plasmids and ligated DNA with highest efficiency. Engineered to transform large plasmids and ligated DNA more efficiently than other cell lines Includes Hte phenotype for 20-fold to 30-fold higher transformation efficiency of ligated DNA and…

Tackle two common bacterial gene expression hurdles: protein insolubility and codon bias Low-growth temperatures enhance protein folding and solubility Dramatically improves expression for AT-rich or GC-rich genomes when codon bias is a problem Compatible lac, tac , and trc …

SURE 2 competent cells are ideal for routine cloning of DNA with secondary structures. Lack components of the pathways that catalyze the rearrangement and deletion of nonstandard secondary and tertiary structures Allow for blue-white color screening Replicating eukaryotic DNA in…

XL1-Blue Competent Cells are versatile for routine cloning and allow blue-white color screening. Designed to provide a host for optimal propagation of both plasmid and lambda phage vectors Available in a range of cloning efficiencies Available as economical subcloning-grade Competent…

Address bacterial gene expression hurdle of protein insolubility Low-growth temperatures (or cold-adapted technology) enhance protein folding and solubility Cells are derived from the high-performance Agilent BL21-Gold competent cells;Feature chaperonins Cpn60 and Cpn10 to facilitate proper…

BL21 competent cells are an all-purpose strain for high-level protein expression and easy induction. High-level protein expression and easy induction Can be used with non-T7 RNA polymerase protein expression systems Allows the tightest control of protein expression for extremely…

Dramatically improve protein expression in E. coli by overcoming codon bias Suitable for expressing proteins from all species, including mammals;Ideal for difficult protein expression, especially when codon bias is a problem;Increases transformation efficiency with Hte phenotype;Derived from…

Ultracompetent cells for high efficiency cloning of methylated DNA Ultracompetent cells for the highest efficiency cloning of a variety of plasmids Deficient in all known E. coli K12 restriction systems to eliminate cleavage of eukaryotic DNA with methylation patterns that are different…