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  6. 3M™ Emphaze™ AEX Series Hybrid Purifier BV120, EMP513AEX020A, Scale-Up, 1/Case

3M™ Emphaze™ AEX Series Hybrid Purifier BV120, EMP513AEX020A, Scale-Up, 1/Case

  • 3M ID 7100029617

All-synthetic media containing no naturally-derived materials.

Novel Q-functional AEX hydrogel hybrid (chromatography and depth filtration) media.

High loading asymmetric 0.2 µm bioburden reduction membrane.

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Details

Highlights
  • All-synthetic media containing no naturally-derived materials
  • Novel Q-functional AEX hydrogel hybrid (chromatography and depth filtration) media
  • High loading asymmetric 0.2 µm bioburden reduction membrane
  • Compliant with United States Pharmacopeia (USP) 36 Class VI 70 °C Biological Reactivity, in vivo
  • Superior turbidity reduction
  • Significant HCP reduction
  • Bioburden reduction
  • Substantial DNA reduction
  • Enhanced performance of the protein A column
  • Protection & cleanability of the protein A column, potentially leading to increased column life
  • Excellent mAb recovery

Emphaze™ AEX Hybrid Purifier is an all-synthetic, multi-mechanism clarifying device which contains a Q-functional anion exchange media and a fine particle and bioburden reduction membrane.

Emphaze™ AEX Hybrid Purifier optimizes clarification of mammalian cell cultures and optimizes downstream monoclonal antibody (mAb) purification process by protecting the protein A column, increasing product purity and life of protein A column. Emphaze™ AEX Hybrid Purifier is an all-synthetic, multi-mechanism clarifying single-use device containing a multi-mechanism all synthetic Q-functional anion exchange media integrated with a fine particle, bioburden reduction membrane. The anion exchange media is comprised of a quaternary amine hydrogel supported by a fine fiber nonwoven scaffold. A combination of 3M technology platforms enables the hyperfunctionalization of a high purity polypropylene nonwoven with a covalently attached, thermally stable, water soluble polymer; the functional polymer accounts for roughly two-thirds of the mass of the anion exchange media. The bioburden reduction membrane is a highly asymmetric, high loading capacity polyamide membrane which has nine zones of decreasing pore size spanning a roughly 20X range and terminating with a 0.2 µm bioburden reduction rated pore size.

Specifications