Pages
Products

Residual DNA Quantification Kit for Plasmids Plus

Cat.No. :  RDQK-09P

Method: qPCR

Size: $1,880.00 / 50 Reactions
$3,250.00 / 100 Reactions

Price: Inquire

Product Details

Key-Features

Documents

Cat.No.
RDQK-09P
Description
This kit is designed for the quantitative analysis of residual DNA fragments in products derived from plasmids. Both linear plasmid DNA and supercoiled plasmid DNA standards are included in this kit.
Applications
  • Confirm the rationality of the purification process
  • Ensure quality and safety of the final biopharmaceutical products
  • Features
  • User-Friendly Operation: When used in conjunction with Creative Biogene's Sample preparation kits, it is easy to get the result as less as 5 hours.
  • High Sensitivity: With a quantitation limit as low to pg/μL, the kit meets practical detection requirements.
  • Stable Performance: The kit demonstrates consistent performance across repeated experiments, meeting precision standards.
  • Quality Control: The kit undergoes comprehensive performance validation according to the guidance of pharmacopeia and regulatory.
  • Quality Assurance
  • ISO9001 QMS: The quality management system adheres to ISO9001 standards, ensuring robust processes from R&D to production and quality inspection.
  • Sample Type
    DNA
    Storage
    Store at -20°C.
    Size
    50 Reactions, 100 Reactions
    • Performance Data

    Linearity Range: 6.28x101-6.28x106 copies/μ (linear DNA); 2.71x102-2.71x106 copies/μl (non-linear DNA)

    LOD: 10 copies/μl (linear DNA); 100 copies/μl (non-linear DNA);

    LOQ: 50 copies/μl (linear DNA); 200 copies/μl (non-linear DNA);

    Precision: CV≤15%

    • Standard Curve

    Quick Inquiry

    Background

    Publications

    Q & A

    Customer Reviews

    Biopharmaceutical products, such as monoclonal antibodies, vaccines, and gene therapies, are often produced using cell culture systems. These systems may involve the use of recombinant bacteria or mammalian cells that harbor plasmids—circular, double-stranded DNA molecules used to introduce and express therapeutic genes. During the production process, cells or cell lysates are processed to extract and purify the desired therapeutic protein or nucleic acid. Inevitably, some host cell DNA, including plasmid DNA, can co-purify with the product. The presence of residual DNA poses potential risks, such as the production of immunogenicity, carcinogenicity, or unintended genetic effects. The Plasmid Residual DNA Quantification Kit is an important tool to achieve these goals, utilizing advanced molecular techniques to provide accurate, reliable, and regulatory compliant measurements of residual plasmid DNA in biopharmaceutical products. Its ability to accurately measure low levels of residual DNA enables manufacturers to ensure product safety, adhere to regulatory standards, and maintain confidence in their therapeutic products. As biopharmaceutical technology and the regulatory landscape continue to evolve, the importance of accurate residual DNA quantification will remain a cornerstone of product integrity and safety.
    Ask a Question

    If your question is not addressed through these resources, you can fill out the online form below and we will answer your question as soon as possible.

    Customer Reviews
    Excellent Reproducibility

    The reproducibility of results with this quantification kit is exceptional. Every time I run the assay, I get consistent results, which gives me confidence in the integrity of my data.

    French

    04/20/2022

    Highly Sensitive

    The Residual DNA Quantification Kit for Plasmids Plus consistently delivers precise quantification of residual DNA in my plasmid preparations, which is essential for my gene therapy research.

    Germany

    12/13/2021

    Write a Review

    Write a review of your use of Biogene products and services in your research. Your review can help your fellow researchers make informed purchasing decisions.

    Needs improvement

    Satisfaction

    General satisfaction

    Very satisfaction

    Inquiry