MM-Separator PCR strip adapter
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- Application
- Polymerase Chain Reaction (PCR)
- Characteristics
- This product is designed for manual use with 8- and 12-tube PCR strips and is complementary to MM-Separator M96.
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- Application Notes
- MM-Separators are intended for magnetic separation of MagSi beads from liquid samples for isolation and purification of nucleic acids and proteins, immunoprecipitation, immunoassays (ELISA), cell sorting, and purification of biomolecules. MM-Separators are designed for optimal magnetic bead separation in terms of speed and bead pellet positioning, as well as stability and user-friendliness.
- Comment
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The neodymium (NdFeB, NIB, or Neo) magnets used for the separators are the strongest permanent magnets made. These magnetic separators consists of a durable plexiglass block which is chemically inert and enables perfect visual control of the magnetic bead separation.
- Protocol
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The adapter can be placed on the MM-Separator M96 and is suitable for users with smaller sample throughputs, preferring use of PCR tube strips over PCR plates.
Together, the MM-Separator M96 and the MM-Separator PCR strip adapter enable use of a broad range of consumables with a fast and easy solution. These separators are suitable for use with U- or V-shaped 96 well microplates and for 96-well PCR plates in various formats, and 8- and 12-tube PCR strips. MagSi-beads typically collect from a solution within 1-2 minutes, after which liquids are pipetting off easily with a single, 8- or 12-channel multi-pipette. - Restrictions
- For Research Use only
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- Precaution of Use
- Strong magnetic field. Before working with the magnets, take appropriate safety measures. Keep the magnets away from ferrous materials, and magnetic media like computers, videotapes, credit cards etc.
- Handling Advice
- MM-separators should be cleaned with mild detergents. Contact with harsh chemicals or organic solvents may damage the surface. Store at room temperature in dry environment. Do not heat the magnets above 80 °C, as this will result in loss of magnetic properties!
- Storage
- RT
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