Microspheres
Cytiva Sera-Mag SpeedBeads™ Carboxyl Magnetic Beads, hydrophilic
Excellent for coupling oligos or proteins directly to the beads. Their cauliflower-like structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.
Cytiva Sera-Mag SpeedBeads™ Carboxyl Magnetic Beads, hydrophobic
Excellent for coupling oligos or proteins directly to the beads. Their cauliflower-like structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.
Cytiva Sera-Mag™ Carboxylate-Modified Magnetic Beads and SpeedBeads
For covalent coupling of proteins and amine-modified ligands based on Sera-Mag™ and SpeedBead technology for fast magnetic separation.
Cytiva SpeedBeads™ Magnetic Neutravidin Coated Particles, 1 um, 1% solids, 0.05% Na azide
Capture of Biotinylated Probes. Their cauliflower-like structure gives Neutravidin beads high binding capacity. Neutravidin SpeedBeads combine fast reaction kinetics and low, non-specific binding for increased throughput and precision in immunoassay and molecular biology applications.
Cytiva Sera-Mag SpeedBeads Streptavidin-Blocked Magnetic Particles
Combines high affinity for biotinylated target molecules with very low nonspecific binding.
Cytiva Sera-Mag™ Streptavidin Magnetic Bead, medium biotin binding capacity
Their cauliflower-like structure gives Sera-Mag beads high binding capacity. Sera-Mag Streptavidin beads contain covalently bound streptavidin and are available with low, medium, or high nominal biotin binding capacities. Choose the biotin-binding capacity needed to optimize your application.
Cytiva Sera-Mag™ Streptavidin Magnetic Beads, high biotin binding capacity
Their cauliflower-like structure gives Sera-Mag beads high binding capacity. Sera-Mag Streptavidin beads contain covalently bound streptavidin and are available with low, medium, or high nominal biotin binding capacities. Choose the biotin-binding capacity needed to optimize your application.
Cytiva Sera-Mag SpeedBeads™ Protein A/G Magnetic Beads
Provide a fast, convenient method for manual and automated magnetic isolation of IgA and IgG proteins using affinity binding. The beads can be used with the broadest range of antibody species and subclasses (even when subclass identity has not been determined).
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Cytiva Sera-Mag™ Carboxylate modified Magnetic Beads, hydrophobic
Excellent for coupling oligos or proteins directly to beads. Their cauliflower-like structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these single shell magnetite beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.
Cytiva Sera-Mag SpeedBeads Amine-Blocked Particles
Sera-Mag SpeedBeads Amine-Blocked Particles reduce undesired protein adsorption.
Cytiva Sera-Mag SpeedBeads Amine-Blocked Particles
Reduce undesired protein adsorption. Cytiva Sera-Mag SpeedBeads Amine-Blocked Particles respond twice as fast and feature a non-surfactant, non-protein blocking reagent. They are the ideal choice for molecular biology, nucleic acid isolation, research and clinical diagnostic immunoassays.
Cytiva Sera-Mag Streptavidin-Coated Magnetic Particles
Exhibits high affinity for biotinylated target molecules. Cytiva Sera-Mag Streptavidin-Coated Magnetic Particles combine fast reaction kinetics and low non-specific binding for increased throughput and precision. Can be used as a universal base particle for coating ligands to the particle surface.
Cytiva Sera-Mag SpeedBeads™ Streptavidin magnetic beads
SpeedBeads Streptavidin exhibit a high affinity when binding to biotinylated ligands such as proteins, nucleic acids and peptides. They respond much faster to a magnetic field to shorten assay times and improve precision and also move faster through viscous solutions.
Cytiva Sera-Mag™ Carboxylate modified Magnetic Beads, hydrophilic
Excellent for coupling oligos or proteins directly to beads. Their cauliflower-like structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these single shell magnetite beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.
Cytiva Sera-Mag™ Streptavidin Magnetic Beads, low biotin binding capacity
Their cauliflower-like structure gives Sera-Mag beads high binding capacity. Sera-Mag Streptavidin beads contain covalently bound streptavidin and are available with low, medium, or high nominal biotin binding capacities. Choose the biotin-binding capacity needed to optimize your application.