ElectroLigase™ combines T4 DNA ligase and an optimized, ready-to-use 2X reaction buffer containing a proprietary ligation enhancer and no PEG.
ElectroLigase™ combines T4 DNA ligase and an optimized, ready-to-use 2X reaction buffer containing a proprietary ligation enhancer and no PEG. This combination is specifically formulated to promote robust ligation of all types of DNA ends (blunt, sticky, TA). It is directly compatible, without desalting or purification, with electrocompetent cells used for transformation by electroporation. No thawing of the buffer is required as it maintains a liquid state during storage at -20°C, thereby simplifying reaction set-up. By providing an optimized ratio of enzyme and buffer components, users are able to rapidly ligate all types of DNA ends applying a short incubation time at room temperature. Ligations for subcloning can be carried out in small volumes with low concentrations, allowing users to conserve precious DNA samples. These reactions can be pipetted directly, without purification or dilution, to transform many strains of electrocompetent E. coli.
Price | 764,50 RON (preturile sunt fara TVA) |
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Description |
ElectroLigase™ combines T4 DNA ligase and an optimized, ready-to-use 2X reaction buffer containing a proprietary ligation enhancer and no PEG. This combination is specifically formulated to promote robust ligation of all types of DNA ends (blunt, sticky, TA). It is directly compatible, without desalting or purification, with electrocompetent cells used for transformation by electroporation. No thawing of the buffer is required as it maintains a liquid state during storage at -20°C, thereby simplifying reaction set-up. By providing an optimized ratio of enzyme and buffer components, users are able to rapidly ligate all types of DNA ends applying a short incubation time at room temperature. Ligations for subcloning can be carried out in small volumes with low concentrations, allowing users to conserve precious DNA samples. These reactions can be pipetted directly, without purification or dilution, to transform many strains of electrocompetent E. coli. |