PCR Purification Kits
A collection page of ZYMO RESEARCH
About
DNA Clean & Concentrator Kits (DCC) Recover Highly-Concentrated Pure DNA from PCR and Enzymatic Reactions Our easy-to-use DNA Clean & Concentrator Kits are PCR purification kits that provide PCR purification of up to 500 µg of DNA from PCR, endonuclease digestions, DNA modification reactions, isotope/fluorescence labeling reactions, etc. The highly-rated DCC PCR purification kits facilitate the removal of salts, DNA polymerases, free dNTPs, modifying enzymes, RNA polymerases, ligases, kinases, nucleases, phosphatases, and restriction endonucleases. The resulting purified DNA is suitable for your most sensitive downstream applications, including sequencing, cloning, ligation, microarray, and endonuclease digestion. ---------- Uses for PCR Purification Kits Use PCR purification kits to remove enzymes, nucleotides, primers, and salts. These are present in PCR and other enzymatic reactions before using the DNA downstream. PCR and other enzymatic reactions serve as intermediate steps in many common molecular biology techniques. Sequencing, cloning, and DNA modification are examples of these. It is critical that the DNA is high-quality and free of any potential inhibitors for downstream use. We believe to have developed the most comprehensive technologies for DNA clean-up and concentration from any preparation. The total removal of salts/alcohol from samples with uniquely designed spin-columns and plates is core to these products. Specifically, this ensures complete elution with no binding/wash buffer carryover. Coupled with uniquely formulated buffers, our PCR purification kits assure the purification of high-quality DNA without the inclusion of inhibitors. Tips to Find the Best Kits First, many molecular biology techniques are sensitive to certain salts, proteins and organic compounds. Therefore, it is imperative that PCR purification kits produce DNA that is ultra-pure and free of inhibitors that can interfere downstream. Second, the volume of DNA that can be u