T3003 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 transformation, simply mix DNA with cells and then spread onto solid medium Mix & Go! The premade Z-Competent cells are highly efficient (> 108 transformants / µg pUC19) and can be used for cloning, sub-cloning, PCR fragment cloning, library construction, etc. Premade Z-Competent Strain JM109 cells are supplied as a pack of 10 convenient 100 micro liter/tube single use aliquots or in a 96-tube format with removable 8-tube strips for your high-throughput transformation needs. Genotype: F`[traD36 proA+B+ laclq (lacZ)M15] (lac-proAB) glnV44 (supE44) e14- (McrA-) thi gyrA96 (NalR) endA1 hsdR17(rk- mk+) relA1 recA1
T3010: Mix & Go! Competent Cells- Zymo 5a (96 x 50 l) w/ 96-well PCR plates and Cover Foils
T3011, T3013 and T3017:
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 transformation, simply mix DNA with cells and then spread onto solid medium Mix & Go! The premade Z-Competent cells are highly efficient (> 108 transformants / µg pUC19) and can be used for cloning, sub-cloning, PCR fragment cloning, library construction, etc. Premade Z-Competent Strain HB101 cells are supplied as a pack of 10 convenient 100 micro liter/tube single use aliquots or in a 96-tube format with removable 8-tube strips for your high-throughput transformation needs. Genotype: F- (gpt-proA)62 leuB6 glnV44 (supE44) ara-14 galK2 lacY1 ?(mcrC-mrr) xyl-5 mtl-1 recA13 thi-1 rpsL20 (SmR).
T3019: Mix & Go! Competent Cells-Zymo 10B (10 x 100 µl)
T3020: Mix & Go! Competent Cells- Zymo 10B (96 x 50 µl)
T3021, T3031, T3041 and T3051:
XJ 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 purification, and are also applicable for nucleic acid purification. They are also available with a DE3 lysogen encoding the T7 polymerase for expressing recombinant proteins driven by the T7 promoter.