BCC67 10X TAE Buffer Solution for DNA Electrophoresis

Description

Introduction

The BCC67 10X TAE Buffer is an essential reagent designed for high-resolution agarose gel electrophoresis. This optimized formula provides the consistent ionic strength and buffering capacity required to maintain stable pH levels during extended electrophoresis runs.

Key Features

– Optimized 10X concentrated formula for easy dilution

– High-purity reagents ensure minimal background interference

– Excellent buffering capacity for consistent DNA migration

– Free from DNase and RNase activity

– Stable formulation with a long shelf life

– Compatible with a wide range of agarose gel concentrations

Benefits

The BCC67 10X TAE Buffer solves the common problem of inconsistent band resolution caused by buffer degradation or improper pH. By providing a stable electrical environment, this buffer allows for precise separation of DNA fragments, which is critical for cloning, sequencing, and genetic analysis. Using our pre-mixed solution eliminates the time-consuming process of weighing and dissolving individual chemicals, reducing the potential for human error and ensuring that your lab remains productive and efficient.

Usage / How to Use

To use, simply dilute the 10X stock solution with deionized water to a 1X working concentration. For example, mix 100 ml of BCC67 10X TAE with 900 ml of distilled water. This working solution is then used both for preparing the agarose gel and as the running buffer in the electrophoresis tank. Ensure the buffer covers the gel completely to maintain optimal conductivity throughout the process.

Why Choose This Product

– Unmatched consistency across different batches and experiments

– Manufactured under strict quality control standards for reliability

– Significantly reduces preparation time for busy research laboratories

– Trusted by molecular biologists for clear and reproducible imaging

– Cost-effective solution that provides high-quality results every time