Magnetic bead-based reagent MagSi-S
for research

Magnetic bead-based reagent - MagSi-S - magtivio B.V. - for research
Magnetic bead-based reagent - MagSi-S - magtivio B.V. - for research
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Characteristics

Type
magnetic bead-based
Applications
for research

Description

MagSi-Tools are surface activated magnetic beads for immobilization of proteins (antibodies, enzymes), peptides, nucleic acids or other molecules of interest. Different surface modifications allow for choosing the optimal product for the right molecule to be coupled, and for the intended application. The MagSi platform has a broad range of functionalization possibilities such as COOH, NH2, SH, CHO, tosyl, hydrazide and epoxy. MagSi-Tools products are available with 600 nm, 1.0 µm or 3.0 µm mean diameter. Magnetic silica particles for individual use. Magnetic silica particles with a carboxyl modified surface. For carbodiimide coupling with NH2-containing molecules. Magnetic silica particles with NH2 modified surface. Intended for carbodiimide coupling chemistry with COOH-containing molecules or aldehyde coupling chemistry. Magnetic silica particles with modified surface for SH coupling chemistry. Expiry date: 2 months after manufacturing. Magnetic silica particles with aldehyde modified surface. Intended for aldehyde coupling chemistry with NH2-containing molecules. Expiry date: 2 months after manufacturing. Magnetic silica particles with tosyl modified surface. Intended for tosyl coupling chemistry with antibodies and proteins. agnetic silica particles with hydrazide modified surface. Intended for immobilization of antibodies, glycoproteins or other aldehyde-containing molecules. Magnetic silica particles with epoxy modified surface. Intended for coupling to enzymes and other NH2-containing molecules.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.