Magnosphere™ MS300/Low Carboxyl - Cosmo Bio Co.,Ltd.

Antibodies

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Magnosphere™ MS300/Low Carboxyl

Catalog No.: JSR-MSP-S300-CAL
Size: 4ML
Price: ¥48000
$640
catalog info: 2011 Japanes Assay kit Catalog-p1020
Storage: 4C DNF
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Purpose: To immobilize probe molecules such as antibodies, proteins and nucleic acids.
component: Bead diameter: 3 um (micrometer)
Surface functional group: Carboxyl (approx. 3 nmol / mg beads)
Bead magnetite content: 20 % c.a.
Solid content of slurry: 1 % in water
Volume: 2 ml
Preservative: No preservative added
Shelf life: Labeled on the bottle

Other:

 Background Magnosphere™ /Carboxyl particles are magnetic microparticles specially designed for bioseparation such as enzyme immunoassay, IP-western blot or nucleic acid hybridization. The surface of Magnosphere™ /Carboxyl particles are covered with hydrophilic polymer and carboxyl (-COOH) group, which enable both low non-specific binding and high binding affinity of the probe molecules immobilized on the surface. Probe molecules such as antibodies, proteins and nucleic acids can beimmobilized on the surface via amino coupling method.
Magnosphere™ /Low Carboxyl particles are magnetic microparticles specially designed for ultra pure bioseparation prior to high sensitive measurements such as LC-MS. The surface of Magnosphere™ /Low Carboxyl particles are covered with hydrophilic polymer and few carboxyl (-COOH) group, which enable both ultralow non-specific binding and high binding affinity of the probe molecules immobilized on the surface. Probe molecules such as antibodies, proteins and nucleic acids can be immobilized on the surface via amino coupling method.
 Features 
Uniform particle size
Superparamagnetic
Rapid magnetic responsiveness
Low non-specific binding
High affinity
 Application 
Enzyme immunoassays
Immunoprecipitation
IP-western blots
Nucleic acid hybridization



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Lane 1 Jurkat cell lysate 4 ug protein/lane Lane 2 IP product using Magnosphere MS300/ Low Carboxyl Lane 3 IP product using Magnosphere MS300/ Carboxyl Lane 4 IP product using competitors magnetic particles (2.8 um) Lane 5 IP product using competitors magnetic particles (1 um) Lane 6 IP product using competitors magnetic particles (2.8 um) Lane 7 Molecular weight marker

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