Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH]

Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH]: The Ultimate Solution for DNA Amplification

Varizymes' Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH] (cUNG) is a game-changer in DNA amplification reactions, offering a reliable and efficient way to prevent carryover contamination. This recombinant, thermolabile enzyme is specifically designed to remove uracil from DNA, making it an ideal choice for experiments that substitute dUTP for dTTP. With its ability to completely and irreversibly inactivate under moderate heat treatment, Varizymes' cUNG stands out from its bacterial counterparts. Key features include: a high specificity for uracil, easy handling, and excellent compatibility with various DNA amplification techniques.

Technical Details and Specifications

Varizymes' Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH] is produced through recombinant technology, ensuring a consistent and high-quality product. The enzyme exhibits optimal activity at room temperature and is heat-inactivated quickly, making it convenient for use in various laboratory settings. It is supplied as a lyophilized powder, requiring reconstitution with an appropriate buffer before use. Key specifications include: a purity of ≥95%, a specific activity of ≥5,000 units/mg, and stability at -20°C for up to 12 months.

Practical Applications and Benefits

Varizymes' Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH] is a valuable tool for researchers and scientists involved in DNA amplification, particularly those dealing with RNA or DNA amplification reactions using dUTP. The product's ability to eliminate carryover contamination and reduce the risk of false positives makes it an essential component for accurate quantification.

• Applications: PCR, RT-PCR, sequencing, and Southern blotting.
• Benefits: Increased reliability, reduced error rates, and improved data quality.

By using Varizymes' Massive Discount Cod Uracil-dna Glycosylase Set [gh4TjLJH], researchers can achieve more precise and reproducible results, leading to advancements in their field.