Magnetic Beads for DNA and RNA Purification (DNA > 100 bp, RNA > 200 nt)


Quantity: 5 ml

    Please contact us for a quotation



     Effective DNA and RNA Purification

    • Fast and efficient removal of unwanted components and impurities such as salts, dNTPs, enzymes, primers, adapters
    • Fragment size selection for specific applications
    • Compatible with manual and automated processing
    • Cost effective alternative to AMPure® XP* with equivalent performance
    (* AMPure® XP is a trade mark of Beckman Coulter)


    • NGS Library Preparation
    • Purification of DNA and RNA Fragments
    • Purification of PCR Fragments
    • Molecular Cloning

    BioDynami´s magnetic beads are based on SPRI (Solid Phase Reversible Immobilization) and consist of paramagnetic particles coated with carboxyl groups that reversibly bind DNA and RNA.

    Magnetic Beads for DNA & RNA Purification are based on BioDynami’s proprietary chemistries. The beads are developed for effective nucleic acid purification by removing unwanted components such as salts, dNTPs, enzymes, primers, adapters, and other impurities. The beads are RNase free and can be used for applications of DNA and more sensitive RNA without any additional cost.

    The DNA and RNA beads are optimized to selectively bind DNA fragments of 100 bp and larger, and RNA fragments of 200 bases and larger. Purified DNA and RNA are suitable for downstream applications requiring high quality DNA and RNA, as the purified fragments are free of contaminants and impurities. The beads can be used for NGS library purification, PCR fragment cleanup, molecular cloning, or nucleic acid concentration.

    The beads can also be used for size selection of DNA fragments ranging from 150 bp to 800 bp by changing the bead-to-sample volume ratio and performing single or double-size selection. The beads are an ideal choice for NGS library preparation. They can be easily integrated into standard workflows of NGS library preparation.

    Shipping Conditions: Blue Ice
    Storage Temperature: 4C