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GSBIO Immunodiagnostic Magnetic Beads

Short Description:

Features and Advantages

⚪Fast magnetic response with good dispersion

⚪Low background noise and high sensitivity

⚪High batch-to-batch reproducibility

⚪Controllable surface properties, high affinity binding of biotin-labeled biomolecules


Product Detail

Product Tags

GSBIO Immunodiagnostic Chemiluminescent Magnetic Beads can be modified with different surface functionalities according to the application requirements. The magnetic beads are covalently linked to various functional groups or to specific bridge molecules, which in turn are linked to biomolecules for chemiluminescence.

GSBIO immunodiagnostic magnetic beads have functional groups, including carboxyl, hydroxyl, amino, epoxy, toluene sulfonyl, etc. These functional groups can be further activated or activated by the surface of the magnetic beads. These functional groups can be further activated or directly used to couple proteins, peptides, antibodies and enzymes to isolate multiple targets.

Product Purpose

Apply to the long-term storage of cells.

Parameters

Product Types

 

Hydrophilic beads

Hydrophobic beads

Type

Carboxyl (-COOH)

Hydroxyl (-OH)

Amino (-NH2)

Toluene sulfonyl (Tosyl)

Epoxy group (Epoxy)

Product Parameters

Product Name

Concentration

Particle Size of Magnetic Beads

Functional Group Density

Principle and Application

GSBIO p-Toluenesulfonyl Magnetic Beads

10mg/ml

4μm

Binding 5-10μg of IgG per mg of magnetic beads Covalent binding of primary amino groups to sulfhydryl groupsSuitable for proteome-antibody coupling

GSBIO Epoxide-Based Beads

10mg/ml

4μm

Binds 5-10μg of IgG per mg of magnetic beads Covalent binding of primary amino groups to sulfhydryl groupsSuitable for proteome-peptide coupling

GSBIO Amino Magnetic Beads

10mg/ml

4μm

Binding 5-10μg of IgG per mg of magnetic beads Reduced amination covalent binding, e.g., immobilization of aldehyde proteins with peptides

Features and Advantages

Fast magnetic response with good dispersion

Low background noise and high sensitivity

High batch-to-batch reproducibility

Controllable surface properties, high affinity binding of biotin-labeled biomolecules


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