BENCHMARK SCIENTIFIC Cryogenic Supplies

Accuris PCR reagents, like qMAX Green time PCR mix, deliver accurate quantification of nucleic acids across a wide sample types. They include a Taq polymerase, dNTPs and fluorescent dye that binds with the amplified DNA for superior sensitivity and fast cycling for exceptional results.

Benchmark Scientific myGel InstaView Series gel tanks are ideal for operating, monitoring and recording electrophoretic separations. They have an orange filter (in the lid) for visualising the DNA in the gel box and do not require any additional equipment.

Benchmark Scientific Accuris Series Taq master mix red dyes allow amplified samples to be loaded directly on an agarose gel. They help in pipetting visualisation and provide a high buffer density to ensure that the samples fall into the gel wells. These dyes are useful in PCR (polymerase chain reactions) applications.

Benchmark Scientific Accuris Series Taq Plus master mixes are PCR reagent designed for high-fidelity amplification of DNA targets. They are used in molecular biology research, diagnostic laboratories and academic institutions. These ready-to-use mixes reduce pipetting steps and errors, ensuring convenience & accuracy in PCR setup. They have improved yields for long templates, allowing successful amplification of DNA sequences of various lengths. These mixes have 3'dA-overhangs, suitable for TA cloning, simplifying downstream cloning processes. They can be stored at for up to 12 months at -20 degrees C, preserving the activity of the product for extended periods.

Benchmark Scientific Accuris Series Taq plus DNA polymerase reagents are tools used in molecular biology and genetic research. These high-quality reagents are used for PCR amplification of DNA in gene cloning, DNA sequencing and genotyping. These Taq Plus reagents offer enhanced efficiency and accuracy in DNA amplification due to its robust enzyme activity and optimised buffer formulation. They ensure reliable and consistent results across templates and reaction conditions. They offer improved thermal stability in laboratories, pharmaceutical research and biotechnological settings.