Transferring exogenous DNA into E. coli is a standard laboratory method for cloning genes and preparing cDNA, genomic and epitope libraries. The limiting factor in many library-screening efforts or multiple fragment ligations is the efficiency by which DNA can be introduced into E. coli. Electroporation is one method to efficiently introduce DNA into E. coli.
For many years now, Genlantis scientists have been creating and improving methods for producing increased efficiency bacterial cells. Current and proprietary methods have allowed us to rapidly create and test new strains that are task specific. The resulting mutants have optimized performance profiles that produced substantially enhanced results.
Genlantis is pleased to introduce the best value performing electrocompetent bacterial cells: the CloneCatcher DH5S Silver Electrocompetent E. coli with efficiencies between 3 and 8 x 1010 cfu/µg of pUC19 DNA. These cells are best suited for high electroporation efficiencies at a great price.
Figure 3: Efficiency and cost per reaction comparison between CloneCatcher DH5S Silver Electrocompetent E. coli and major competitors. CloneCatcher DH5S cells offer the best performance/value available.
All CloneCatcher Electrocompetent cells are provided in a convenient single use package so efficiency-robbing freeze thaw cycles are eliminated, and users can get the best possible results every time. Win the race to discover new clones by ordering your CloneCatcher cells today.
Transferring exogenous DNA into E. coli is a standard laboratory method for cloning genes and preparing cDNA, genomic and epitope libraries. The limiting factor in many library-screening efforts or multiple fragment ligations is the efficiency by which DNA can be introduced into E. coli. Electroporation is one method to efficiently introduce DNA into E. coli.
For many years now, Genlantis scientists have been creating and improving methods for producing increased efficiency bacterial cells. Current and proprietary methods have allowed us to rapidly create and test new strains that are task specific. The resulting mutants have optimized performance profiles that produced substantially enhanced results.
Genlantis is pleased to introduce the best value performing electrocompetent bacterial cells: the CloneCatcher DH5S Silver Electrocompetent E. coli with efficiencies between 3 and 8 x 1010 cfu/µg of pUC19 DNA. These cells are best suited for high electroporation efficiencies at a great price.
Figure 3: Efficiency and cost per reaction comparison between CloneCatcher DH5S Silver Electrocompetent E. coli and major competitors. CloneCatcher DH5S cells offer the best performance/value available.
All CloneCatcher Electrocompetent cells are provided in a convenient single use package so efficiency-robbing freeze thaw cycles are eliminated, and users can get the best possible results every time. Win the race to discover new clones by ordering your CloneCatcher cells today.


