PCR plate supplier, medical injection products, OEM supplier for PCR plate, factory price

PCR plate supplier, medical injection products, OEM supplier for PCR plate, factory price

Product Features:

By being free from DNA and RNA enzymes, the PCR plates provide a pristine environment for PCR reactions, safeguarding nucleic acid integrity and minimizing the risk of enzymatic degradation. This feature is essential for sensitive applications that require high-quality nucleic acids, such as sequencing or genotyping, ensuring reliable and accurate results.

Furthermore, the PCR plates are designed without an internal heat source, reducing the risk of interference with PCR reactions and ensuring consistent and uniform thermal cycling performance. This design feature enhances the reliability and reproducibility of PCR experiments, particularly when using sensitive detection methods or when conducting high-throughput screening assays.

In summary, the PCR plates offer a range of features that prioritize sample containment, stability, enzyme-free conditions, and consistent thermal performance, making them ideal for a wide range of PCR applications in research, diagnostics, and molecular biology.

Q&A:

1. Question: What material are PCR plates typically made of? Answer: PCR plates are commonly made of polypropylene, a material known for its low liquid retention properties and resistance to deformation.

2. Question: How do the raised edges around the reaction wells of a PCR plate benefit the sealing process? Answer: The raised edges help enhance the compatibility and tight seal with sealing films, ensuring secure containment of samples and preventing evaporation during PCR cycling.

3. Question: Why is it important for PCR plates to be free from DNA and RNA enzymes? Answer: PCR plates free from DNA and RNA enzymes provide a clean and enzyme-free environment for PCR reactions, minimizing the risk of nucleic acid degradation and ensuring reliable amplification results.

4. Question: What is the significance of the stability of PCR plates within and between tubes? Answer: Superior stability within and between tubes ensures reliable sample handling and minimizes the risk of cross-contamination during PCR experiments, contributing to consistent and reproducible results.