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Size selection beads
This method of size directed nucleic acid extraction is commonly known as SPRI (Solid Phase Reversible Immobilization). Revvity’s size selection beads are designed for rapid manual and automated clean up and size selection of DNA and RNA fragments from a variety of reaction mixtures, used in NGS library preparations.
Clean-up of RNA and DNA with typical recovery yields for DNA ≥ 80 %, and for RNA between 70–100%.
Size Selection: The typical sample amount of double stranded DNA fragments is 5 ng to 1 µg. By using the tunable size selection method DNA fragment libraries with a size range of 150 bp to 800 bp can be produced. All components can be kept and processed completely at room temperature.
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IVT reaction clean-up kit
The IVT reaction clean-up kit enables fast and simple purification and concentration of up to 500 µg of RNA from in vitro transcription (IVT) and other enzymatic reactions.
- Ideal for purification of synthesized RNA following high-yield in vitro transcription reactions
- Optimized for the clean-up of RNA after enzymatic treatments including DNase I, Proteinase K, labeling and capping
- Efficiently purify RNA ≥ 25 nt (a simple modification enables purification of RNA ≥ 15 nt)
- Elute in ≥ 50 µl for concentrated RNA with 70-100% RNA recovery
- Purified RNA is ready for use in a wide variety of downstream applications, including microinjection and transfection.
- All components can be kept and processed completely at room temperature.
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M-PVA Magnetic Beads functionalized with streptavidin are commonly used for the isolation of biotinylated target molecules, such as oligos, mRNA and proteins. Incorporating the outstanding properties of M-PVA Magnetic Beads, the streptavidin modified ones show a higher biotin binding capacity compared to competitors and are produced with stringent quality controls, ensuring good lot-to-lot conformity. chemagic M-PVA SAV Magnetic Beads can be used in diverse downstream applications including nucleic acid enrichment or depletion for NGS, immunoprecipitation, protein purification, enrichment of sample/cells/organelles, and more. M-PVA Magnetic Beads functionalized with streptavidin are commonly used for the isolation and handling of nucleic acids and biotinylated ligands and targets, including antigens and antibodies. Immobilized Streptavidin on the surface of the beads empower binding and immobilization of biotinylated target molecules, such as oligos, ssDNAs, proteins. Binding capacity: > 3000 pmol free biotin/mg M-PVA SAV Magnetic Beads > 800 pmol ssOligo/mg M-PVA SAV Magnetic Beads > 30 pmol biotinylated protein/mg M-PVA SAV Magnetic Beads
M-PVA E02 Magnetic Beads with an epoxidated PVA matrix are designed for specific ligand coupling applications. The incorporation of epoxide functional groups onto the PVA surface enables the covalent attachment of ligands containing amino- or thiol-groups. The high magnetite content gives the beads superparamagnetic properties, enabling their rapid separation in the presence of a magnetic field, suitable for automated magnetic separation processes. Our dedication to innovation does not stop here. We understand that every researcher's needs are unique. That is why we offer an array of bead types to suit diverse applications. Plus, all our bead variants are available as OEM products, allowing you to customize your experience with individual packing sizes at competitive prices. Contact us today to discover a new dimension of possibilities in your research.
Carboxylated M-PVA Magnetic Beads for easy coupling of diverse molecules. Carboxylated M-PVA Magnetic Beads contain carboxyl (COOH) functional groups on the surface, which allows for easy and controlled coupling of various molecules, including proteins, nucleic acids, or other amino ligands. M-PVA Magnetic Beads are made from a matrix of polyvinyl alcohol (PVA). This material provides a stable and inert structure for the beads, allowing for further functionalization and use in various applications. The high content of magnetite in our carboxylated beads gives them superparamagnetic properties. This means that the beads become magnetized when exposed to a magnetic field but lose their magnetization once the field is removed, making them compatible with the automated magnetic separation platforms such as chemagic 360 or chemagic Prime instrument for rapid separation processes, even in complex environments with high volume.