DNA QC and Quantitation Nanodrop
Introduction to DNA QC and Quantitation Nanodrop
The DNA QC and Quantitation Nanodrop test is a crucial procedure used in molecular biology laboratories to assess the quality and concentration of DNA samples. This test employs a spectrophotometric method to provide accurate measurements, ensuring that the DNA is suitable for downstream applications such as PCR, sequencing, and cloning. Understanding the quality of DNA is vital for researchers and clinicians who rely on precise genetic information.
What the Test Measures
This test measures the concentration of DNA in a sample and evaluates its purity by assessing the absorbance at specific wavelengths. The results help identify any contaminants that may interfere with subsequent experiments.
Who Should Consider This Test
The DNA QC and Quantitation Nanodrop test is recommended for:
- Researchers working with DNA samples in various applications.
- Laboratories performing genetic testing or research.
- Individuals concerned about the quality of their DNA samples.
Benefits of Taking the Test
- Ensures the quality and integrity of DNA samples.
- Provides reliable data for research and clinical applications.
- Helps avoid costly errors in downstream experiments.
- Quick turnaround time of 4 days for results.
Understanding Your Results
The results from the DNA QC and Quantitation Nanodrop test will indicate the concentration of DNA and its purity ratios. A high-quality sample will show optimal absorbance ratios, allowing for confident use in further experimental procedures. If results indicate low purity, it may suggest contamination that needs to be addressed before proceeding.
Test Pricing
Test Name | Discount Price | Regular Price |
---|---|---|
DNA QC and Quantitation Nanodrop | 400 KSh | 1000 KSh |
Book Your Test
We have branches across Kenya, including major cities like Nairobi, Mombasa, and Kisumu. Our team is ready to assist you with the DNA QC and Quantitation Nanodrop test. To book your test, please call or WhatsApp us at +254711564616.