Dynabeads SILANE Genomic DNA Kit from Thermo Fisher Scientific

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Thermo Fisher Scientific for
Dynabeads SILANE Genomic DNA Kit

Description

For highly predictable and consistent extraction and isolation of genomic DNA from human whole blood, following a simple separation protocol

Isolates linear DNA yields relative to the number of white blood cells (WBC) present in the sample. The 1µm Dynabeads have an optimized silica-like surface chemistry and a high specific surface area, providing efficient kinetics and a high capacity.Their uniform size and surface area ensure highly reproducible results and an improved performance compared to magnetic particles from alternative suppliers. Other particles often have a random size range distribution, surface area and binding capacity. This could compromise the reproducibility of your results. Dynabeads hold reputable Dynal high standards with respect to within- and between-lot reproducibility and automation ability.
  • Highly predictable binding per mg of beads
  • Linear range of DNA yield relative to WBC-count
  • High integrity and purity of isolated DNA
  • Isolates 10µg DNA from a 350µL blood sample using 2mg (50µL) Dynabeads
  • Quicker than spin-columns
  • More cost-effective, yet performs to the same level as spin-columns
  • Automation-friendly (slow sedimentation rate + high magnetic mobility)
  • Isolation of genomic DNA
  • From cells and fresh/frozen blood samples
  • From blood with a wide range of anticoagulants
  • Well suited for automated assays
  • Separate kit available for the isolation of viral DNA/RNA
  • High throughput compatible
  • Purification Target: Genomic DNA
Validation and customization (bead, buffer, protocol or format) available on a custom OEM basis. Bead-Based IVD Assay Development, Bead-Based Nucleic Acid IVD, Clinical, DNA and RNA Purification and Analysis, DNA Extraction, Diagnostic Development, Genomic DNA Purification, Molecular Diagnostic Test Development, gDNA from Blood (Medium-Scale, 100 µl-1mL), gDNA from Blood (Small-Scale, < 100 µl)