Products & Reviews

Efficient and complete removal of contaminants such as unincorporated dNTPs, salts and enzymes.

The MAGneat Tissue, Saliva & Blood DNA/RNA extraction kit is based on Microzone’s magnetic bead technology. With this kit, the user can rapidly and confidently extract and purify DNA and RNA from a wide range of samples.

microLYSIS, Microzone's PCR DNA release buffer, swiftly extracts DNA, accelerating results without extraction. Versatile for bacteria, epithelial cells, etc. DNA stored at -20?, cleanup with magnetic beads or filters available.

MicroLYSIS RNA facilitates swift patient infection testing in diverse locations. Used extensively throughout COVID, its simple procedure enables flexibility, enabling labs in unconventional spaces like fields and car parks.

A rapid extraction/lysis buffer with a superior Hot start PCR mastermix that incorporates a blue loading dye.

MegaMix: All-in-one PCR solution with Taq DNA polymerase, 220 μM dNTP, and 2.75 mM MgCl2 in Microzone’s enhancing buffer for swift, reliable, and high-yield amplification.

MegaMix Double: PCR-ready 2X mix with Taq DNA polymerase, 400 μM dNTP, and 5 mM MgCl2 in Microzone’s buffer for swift, reliable amplification with high yields under standard conditions.

MegaMix Blue Double: PCR-ready mix with Taq DNA polymerase, 400 μM dNTP, 5 mM MgCl2, and blue dye in Microzone’s buffer. Optimized for high yields, the blue dye aids visualization without interfering with downstream processes.

MegaMix Royal features Hot Start Taq DNA polymerase, 400μM dNTP, 6 mM MgCl2, and blue loading dye for precise PCR. Its superior hot start polymerase at 95°C ensures specific amplification, while providing accurate A-tailed products suitable for TA cloning. The blue agarose dye aids visualization without affecting downstream processes.

MegaMix HRM simplifies HRM-PCR with its 2X mix featuring chemically modified Hot Start Taq polymerase and microGREEN dye in an optimized buffer for HRM analysis. The polymerase is inactive until 95°C, ensuring high sensitivity and specificity, preventing non-specific amplification. Ideal for GC-rich templates, it delivers reproducible results with minimal optimization.