BCC303 Biobeads Mag COOH Magnetic Beads 1um 10mg/ml

Description

Introduction

The BCC303 Biobeads Mag COOH represent the gold standard in magnetic separation technology for laboratory research. Engineered for precision and ease of use, these carboxyl-functionalized beads provide a robust platform for covalent coupling of proteins, antibodies, and nucleic acids.

Key Features

– Uniform particle size of 1um for consistent surface area and reaction kinetics.

– High-quality carboxyl surface functional groups for efficient covalent binding.

– Stable turbid liquid formulation ensures easy pipetting and optimal dispersion.

– Rapid magnetic response time for faster separation and reduced processing time.

– Highly biocompatible structure ideal for sensitive downstream applications.

Benefits

Using BCC303 Biobeads simplifies complex purification protocols by providing a reliable solid-phase support. The carboxyl group allows for simple activation using EDC/NHS chemistry, enabling researchers to customize beads for specific target capture. This versatility reduces the need for multiple reagent types, streamlining your lab inventory and ensuring high reproducibility across different experimental batches. By minimizing non-specific binding, these beads help you achieve cleaner samples, leading to more accurate data and faster project completion.

Usage / How to Use

These beads are designed for research use in molecular biology and immunology laboratories. To use, simply activate the carboxyl groups using standard EDC/NHS coupling buffers. Once the desired ligand is immobilized, introduce your sample to allow for target binding. Use a standard magnetic separation rack to pull the beads from the solution, discard the supernatant, and wash the beads to remove impurities. Finally, elute your purified target for downstream analysis such as Western Blotting, PCR, or Mass Spectrometry.

Why Choose This Product

– Unmatched consistency with precise 1um diameter distribution.

– Cost-effective 10mg/ml concentration is ideal for both pilot studies and large-scale applications.

– Backed by strict quality control standards to ensure batch-to-batch reliability.

– Optimized for maximum recovery of target biomolecules with minimal loss.

– Professional-grade performance trusted by top research institutions worldwide.