BCC70 50X TAE Buffer Solution for DNA Electrophoresis

Description

Introduction

The BCC70 50X TAE Buffer is an essential reagent for molecular biology researchers requiring high-resolution DNA electrophoresis. Formulated for stability and performance, this concentrated buffer allows for easy preparation of working solutions, providing the ideal electrolytic environment for your agarose gels.

Key Features

– Highly concentrated 50X stock solution for efficient storage.

– Optimized formulation for consistent DNA migration rates.

– Compatible with both horizontal and vertical gel electrophoresis setups.

– Free from DNase and RNase contaminants to ensure sample integrity.

– Excellent buffering capacity to prevent pH fluctuations during long runs.

– Easy dilution process to quickly prepare your 1X working buffer.

Benefits

Using the BCC70 50X TAE Buffer ensures that your DNA fragments migrate predictably and accurately through agarose gels. By providing a stable electrical conductivity and maintaining a consistent pH, this buffer prevents band smearing and distortion. Researchers can rely on this solution to produce high-quality imaging results, saving valuable time and reducing the need for repetitive gel runs. Its long shelf life and space-saving concentrated format make it a practical choice for high-throughput laboratory environments.

Usage / How to Use

To use, simply dilute the 50X concentrate with deionized water to reach a 1X concentration. For example, add 20 ml of the 50X TAE Buffer to 980 ml of deionized water to prepare 1 liter of 1X working buffer. Use the resulting 1X solution to prepare your agarose gel and as the running buffer in your electrophoresis tank. Ensure the buffer is mixed well before pouring to maintain ionic uniformity.

Why Choose This Product

Quality Assurance: Every batch undergoes rigorous quality control testing for purity and concentration accuracy.

Reliability: Trusted by laboratories for producing consistent, reproducible, and sharp DNA bands.

Efficiency: The 50X formulation significantly reduces storage footprint and simplifies inventory management.

Value: High-performance reagents that offer the best balance of cost-effectiveness and experimental reliability for academic and clinical researchers.