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Magnetic beads

A major advantage of magnetic beads is that the aggregations do not need the stress of centrifugation, which can significantly increase the yield of delicately attached protein complexes. Applying a magnetic field will attract the target-bound molecule towards the magnet, separating them from the unwanted material without disturbing protein pellet of your interest.<br>https://www.cd-bioparticles.com/product/magnetic-particles-list-1.html<br>

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Magnetic beads

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  1. Magnetic particle

  2. Key Features: High binding capacity Various material and functional groups selection Highly reproducible results Quick, easy and convenient magnetic separation procedures Ideal for immunoprecipitation, cell isolation, DNA extraction, purification of protein, DNA and RNA. Economical

  3. Our Absolute Mag™ platform is dedicated to developing magnetic microsphere for life science applications, such as immunoprecipitation, cell isolation, RNA/DNA extraction, and protein purification. Similar like agarose beads, magnetic particles can bind to the Fc region of IgG, thus can be used to isolate specific target molecule and protein complexes from cell lysate. A major advantage of magnetic beads is that the aggregations do not need the stress of centrifugation, which can significantly increase the yield of delicately attached protein complexes.

  4. Magnetic particle applications are not limited by the availability of antibodies. Other ligands such as streptavidin, lectins or enzymes can also be attached to the beads to facilitate separation. We focus on the innovation of new products through dedicated research. The precision and accuracy of our state-of-the-art techniques, together with proprietary formulations, GMP certified manufacturing practices, provide the highest quality and constantly reproducible immunomagnetic beads with the unified distribution of size, functionality, and morphology.

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