Hot Start

TEMPase Hot Start DNA Polymerase

TEMPase Hot Start DNA Polymerase 5 U/µl has been designed to diminish the formation of non-specific priming events during reaction set-up and the first ramp of thermal cycling. TEMPase Hot Start DNA Polymerase therefore enables detection of low abundance targets as well as multiplexing purposes. 

TEMPase Hot Start 2x Master Mix BLUE

TEMPase Hot Start DNA Polymerase 2x Master Mix is a ready to use mix offering easy reaction assembly at room temperature prior to PCR. Just add your template and primers to successfully carry out PCR.TEMPase Hot Start  DNA Polymerase 2x Master Mix is the popular alternative to TEMPase Hot Start DNA Polymerase. It offers the same excellent performance and increased reproducibility.

TEMPase Hot Start 2x Master Mix

TEMPase Hot Start DNA Polymerase 2x Master Mix BLUE is a time saving alternative to TEMPase Hot Start DNA Polymerase 2x Master Mix. It offers the same excellent performance. In addition, the blue loading dye facilitates direct gel loading. You do not need a separate loading buffer and time-consuming sample preparation before electrophoresis. This makes TEMPase Hot Start DNA Polymerase 2x Master Mix BLUE especially suitable for high throughput testing

FEATURES

TEMPase Hot Start 2x
Master Mix BLUE
TEMPase Hot Start 2x Master Mix
TEMPase Hot Start DNA Polymerase

-Minimal optimization

-Time-saving premixed solution

-Direct loading onto agarose and SDS DNA gels

-Easy visualisation of pipetting

-Dye front running at 100-500 bp (0.5 -1.5 % agarose gel)

-Convenient reaction set-up at room temperature

-Increased sensitivity, specificity and product yield

-Consistent test results

-Lower risk of contamination

-Minimal optimization

-Convenient reaction set up at room temperature

-Time-saving premixed solution

-Increased sensitivity, specificity and product yield

-Consistent test results

-Lower risk of contamination

-Reaction set-up at room temperature

-dUTP incorporation possible

-Increased sensitivity, specificity and product yield