Magnetic Particles

Magnetic particles that exhibit high binding capacity, excellent stability, low nonspecific binding, exquisite sensitivity and very slow settling rates.

Useful in clinical immunoassays where speed of magnetic response is important, or for isolation from viscous solutions in molecular biology applications.

Thermo Scientific* Sera-Mag* Magnetic Carboxylate-modified Particles are nominal 1 micron diameter, super-paramagnetic particles of uniform size, designed to be colloidally stable in the absence of a magnetic field.
Thermo Scientific* Sera-Mag SpeedBeads NeutrAvidin-Coated Particles are ideal for a wide range of-√°high binding capacity applications.
Thermo Scientific* Sera-Mag* Magnetic SpeedBeads* Streptavidin-blocked Particles have a non-surfactant, non-protein blocked surface that significantly reduces undesired adsorption of proteins from a sample matrix.
Thermo Scientific* Sera-Mag Magnetic Streptavidin Sample Packs contain 1mL bottles of low, medium and high binding capacity particles.
Thermo Scientific* Sera-Mag* Magnetic SpeedBeads* Streptavidin-blocked Particles have a non-surfactant, non-protein blocked surface that significantly reduces undesired adsorption of proteins from a sample matrix.
Thermo Scientific* Sera-Mag* SpeedBeads* Carboxylate-Modified Magnetic Particles provide the speed, precision, and increased binding capacity required for sample preparation, proteomics, nucleic acid isolation and clinical .
Thermo Scientific* Sera-Mag Magnetic SpeedBeads Protein A/G Particles can be used for isolating antibodies from serum, cell culture supernatant or ascites, and for immunoprecipitation and co-immunoprecipitation of antigens from cell or tissue.
Thermo Scientific* Sera-Mag* Magnetic Streptavidin Particles have three levels of biotin binding capacity ranging from 2500 to 5500 pmol/mg, allowing you to choose the biotin-binding capacity needed to optimize your application.
Super-paramagnetic Thermo Scientific* Sera-Mag Oligo(dT)-coated particles combine the advantages of high surface area, high affinity and high specific activity
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