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Cleavable Carboxyl-Terminated Magnetic Beads

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1 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads
Cat. No.  IB101

Unit Size  150 mg
Order
1 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads
Cat. No.  IB102

Unit Size  300 mg
Order
2.5 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads
Cat. No.  IB103

Unit Size  150 mg
Order
2.5 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads
Cat. No.  IB104

Unit Size  300 mg
Order
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Cat. No.

Product Name

Unit Size

Order

IB101

1 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads

150 mg

IB102

1 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads

300 mg

IB103

2.5 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads

150 mg

IB104

2.5 μm BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads

300 mg

Specification

Composition

Magnetic beads grafted with a high density of cleavable carboxyl groups

Number of Beads

~ 1.68 x 109 beads/mg (1μm beads)

~1.47 x 108 beads/mg (2.5μm beads)

Stability

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

~210 μmole / g of Beads

2.5μm Magnetic Beads

~200 μmole / g of Beads

Storage

Store at 4°C upon receipt. Do not freeze.

Description

BcMag™ Cleavable Carboxyl-Terminated Magnetic Beads are uniform, silica-based magnetic beads coated with a high density of carboxylic acid groups on the surface. The high density of carboxylic acid groups on their surface allows efficiently covalently conjugate primary amine-containing ligands via a stable amide bond. Since the active carboxyl group is linked with the beads through a built-in cleavable disulfide linker (Fig.1), reducing agents such as DTT or β-mercaptoethanol can cleave and separate the target molecule-ligand complex from the beads. The cleavable carboxyl magnetic beads are ideal matrices for conjugating large proteins or small peptides. Moreover, the hydrophilic surface ensures low nonspecific adsorption, excellent dispersion, and easy handling in various buffers.

Structure and workflow of cleavable carboxyl-terminated magnetic beads

The unique dry form eliminates the need for 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

The 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 Advantages

Easy to use

A cleavable built-in disulfide bond allows the ligand-target molecule complex separated from the beads.

Stable covalent bond with minimal ligand leakage

Produces reusable immunoaffinity matrix

Low nonspecific binding

Immobilize 1-10 mg protein or 0.1-1 mg peptide/ml beads

Applications: Purification for antibodies, proteins/peptides, DNA/RNA, cell sorting,immunoprecipitation.

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