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 Accuris Series probe no rox RT-qPCR kits are used for conducting highly sensitive real-time RT-qPCR assays directly from RNA templates. These kits simplify workflows by providing optimised formulations of ready-to-use 2X qPCR master mix and 20X reverse transcriptase. They feature optimised buffers that contain potent RNase inhibitors and thermostable MMLV-derived reverse transcriptase for robust first-strand cDNA synthesis. These kits come with Accuris Hot Start Taq that employs an antibody-mediated hot-start mechanism, enabling sample preparation at room temperature. These kits utilise a high-purity enzyme formulation that enhances stability and performance, ensuring reliable and accurate results. The Taq enzyme becomes active only after an initial incubation at 95 degrees C and reduces non-specific amplification, and the Taq master mix includes an inert blue dye for easy pipetting and minimising errors in the process. These Accuris qMAX One-Step kits are available for both green fluorescence and probe detection methods for improved flexibility for experimental needs.

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 or glasses. These tanks have a mini LED transilluminator to track progress. They have power leads on the lid that prevent the unit from operating without securing the lid. These tanks also have a blue light (465 nm wavelength) that facilitates the excitation of common green fluorescent stains. They can be powered via the brand's myVolt Series power supplies.