Using the Mag-Bind® Blood & Tissue DNA HDQ 96 Kit

on the Thermo Fisher Scientific KingFisher™ or compatible magnetic processor

Rapid & efficient isolation of circulating, cell-free DNA from 4 mL plasma or serum samples

  • High-binding magnetic beads allow 4 mL serum or plasma to be eluted in 50 µL

Omega Bio-tek has pre-written scripts available for our Mag-Bind® line of products on the following magnetic processors:

  • Accuris IsoPURE™ 96
  • Accuris IsoPURE™ Mini
  • Thermo Fisher Scientific KingFisher® Apex
  • Thermo Fisher Scientific KingFisher® Duo Prime
  • Thermo Fisher Scientific KingFisher® Flex

Due to the different customization options and variations of each instrument, please contact us for more information.

Contact us to learn how to get this ready-to-run protocol and script:

M3298 on a Magnetic Processor Information Request
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Mag-Bind® cfDNA Kit

Rapid & efficient isolation of circulating, cell-free DNA from 0.5-10 mL plasma or serum samples

  • Isolate cell-free DNA (cfDNA) from up to 10 mL Plasma or Serum
  • Automation-ready scripts process 96 (1 mL) samples in 2 hours
  • High-binding magnetic beads allow 4 mL serum or plasma to be eluted in 50 µL

CE-IVD marked kit is available!

Learn more about the kit:

Mag-Bind® cfDNA Kit

Automated Protocol Data

Comparable cfDNA Extraction Between Manual and Automated Methods

Figure 1. Cell-free DNA (cfDNA) was extracted from 4 mL human-derived plasma. Automated extraction was performed using the Mag-Bind® cfDNA Kit on the KingFisher Presto and compared to manual extraction methods. TapeStation analysis of extracted cfDNA illustrates consistent integrity between manual and automated extraction methods.

Comparable cfDNA Downstream Performance Between Manual and Automated Extraction Methods

Figure 2. Cell-free DNA (cfDNA) was extracted from 4 mL human-derived plasma. Automated extraction was performed using the Mag-Bind® cfDNA Kit on the KingFisher Presto and compared to manual extraction methods. qPCR targeting RPL13a illustrated comparable downstream performance of extracted cfDNA between extraction methods.

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