Guest

Bioclone

Products

CDI-Activated Magnetic Beads

Products

1 μm BcMag™ CDI-Activated Magnetic Beads
Cat. No.  FW101

Unit Size  150 mg
Order
1 μm BcMag™ CDI-Activated Magnetic Beads
Cat. No.  FW102

Unit Size  300 mg
Order
5 μm BcMag™ CDI-Activated Magnetic Beads
Cat. No.  FW103

Unit Size  150 mg
Order
5 μm BcMag™ CDI-Activated Magnetic Beads
Cat. No.  FW104

Unit Size  300 mg
Order
BcMag™ CDI-Activated Magnetic Beads Conjugation Buffer Kit
Cat. No.  FW111

Unit Size  Each
Order
Previous slide
Next slide

Cat. No.

Product Name

Unit Size

Order

FW101

1 μm BcMag™ CDI-Activated Magnetic Beads

150 mg

FW102

1 μm BcMag™ CDI-Activated Magnetic Beads

300 mg

FW103

5 μm BcMag™ CDI-Activated Magnetic Beads

150 mg

FW104

5 μm BcMag™ CDI-Activated Magnetic Beads

300 mg

FW111

BcMag™ CDI-Activated Magnetic Beads Conjugation Buffer Kit

Kit Components

– Conjugation Buffer: 100 ml (100 mM, Sodium carbonate buffer, pH 9)

– Blocking Buffer: 20 ml (1 M Tris•HCl, pH 9)

– 10x Wash Buffer: 20ml (10x PBS, pH 7.2)

Each

Specification

Composition

Magnetic Bead grafted with CDI group on the surface

Number of Beads

~ 1.68 x 109 beads/mg (1μm beads)

~ 5 x 107 beads /mg (5μm beads)

Stability

Short Term (<1 hour): pH 3-11; Long-Term: pH 4-10

Temperature: 4°C -140°C; Most organic solvents

Magnetization

~40-45 EMU/g

Type of Magnetization

Superparamagnetic

Formulation

Lyophilized Powder

Functional Group Density

1μm Magnetic Beads

~250 μmole / g of Beads

5μm Magnetic Beads

~200 μmole / g of Beads

Storage

Ship at room temperature. Store at 4°C upon receipt. Do not freeze

CDI-activated support is another alternative for immobilizing amine-containing affinity ligands. When the support reacts with primary amine-containing ligands in an aqueous coupling buffer, the imidazole groups are lost, and carbamate linkages are formed. The coupling process occurs at basic pH (8.5-10); however, it is a slower reaction than reductive amination coupling with proteins. The reaction can also be carried out in an organic solvent to allow the coupling of water-insoluble ligands. Peptides and tiny chemical compounds are particularly well-immobilized by CDI-activated resins.

BcMag™ CDI-Activated Magnetic Beads is a carbonyldiimidazole affinity chromatography resin that has been activated for covalent immobilization of N-nucleophiles and primary amine ligands at pH 9 to 11 in aqueous or organic solvent conditions. It is particularly suitable for conjugating water-insoluble peptides and small organic molecules in organic solvent. BcMag™ CDI-activated magnetic beads are ideal for conjugating a large protein and peptide.

CDI-activated magnetic resin coupling

The unique dry form eliminates the need for acetone solvent storage or removal and disposal. Furthermore, because the dry resin concentrates the sample as it swells, lowering the volume of the starting material and resulting in highly effective ligand immobilization, it is perfect for coupling reactions with dilute materials.

Workflow

BcMag™ CDI-Activated Magnetic Beads work perfectly as affinity resin for affinity purification to refine molecules, cells, and parts of cells into purified fractions. After conjugation with ligands, add the beads to a sample containing the target molecules, then mix, incubate, wash and elute the target molecules.

Workflow of magnetic beads for affinity purification

Features and Benefits

Reliable coupling chemistry—immobilization occurs due to the reaction of N-nucleophiles with the resin’s 1,1′-carbonyldiimidazole groups, which results in the formation of stable, uncharged N-alkylcarbamate linkages.

Simple to use – no secondary reagents are required; wash and equilibrate the resin in alkaline coupling buffer before adding the ligand; the reaction proceeds spontaneously

Stable activation – the half-life of hydrolysis is much longer than that of hydroxysuccinimide ester activations, making immobilization reactions easier to prepare and control.

Welcome to BitClone

Magnetic Beads Make Things Simple