BcMag™ One-Step Fingerprint DNA Purification Kit

BcMag™ One-Step Fingerprint DNA Purification Kit

Catalog Number:
NAPK567608BIO
Mfr. No.:
AZ101; AZ102
Price:
$544
  • Size:
    Quantity:
    Add to Cart:
      • Overview
        • Fingerprint or touch DNA is obtained from shed skin cells and other biological material left behind on surfaces during physical contact. This type of DNA evidence can be useful in forensic investigations, but fingerprint samples can present several challenges. One of the main problems is that only a relatively low percentage of fingerprints have been successfully amplified and typed using traditional DNA extraction methods. These methods often involve a multi-step process that is time-consuming, can lead to poor integrity of the DNA, and can result in significant DNA loss. Additionally, traditional methods can also require the use of toxic organic solvents. To overcome these challenges, Bioclone has developed new one-step fingerprint DNA purification systems, such as the BcMag™ One-Step Fingerprint DNA Purification Kit, which utilizes negative selection chromatography magnetic beads to quickly capture and remove impurities from cell lysate, leaving the DNA untouched. This method is designed to be fast, efficient, and easy to use, with minimal risk of DNA loss or carryover of extraction buffers. It only requires one tube, no liquid transfer, and no carrier RNA, allowing for rapid processing of hundreds of samples in less than 30 minutes without the need for expensive equipment. This one-step purification system is considered revolutionary in solving the problems associated with traditional fingerprint DNA purification methods.

          Please contact us at for specific academic pricing.

      • Properties
        • * For Research Use Only.

      • Applications
        • Application Description
          The BcMag™ One-Step Fingerprint DNA Purification Kit uses negative selection chromatography and magnetic beads to capture impurities. With only one tube, you can easily extract pure DNA in less than 30 minutes, making it an efficient choice for labs.