BM013-R500 XLarge DNA Ladder 500ul

Description

Introduction

The BM013-R500 XLarge DNA Ladder is a high-performance molecular biology tool engineered for the precise sizing of large DNA fragments. This optimized marker is essential for researchers who require clear, predictable banding patterns during agarose gel electrophoresis experiments.

Key Features

– Optimized for the separation of large DNA fragments

– High-purity formulation for consistent band intensity

– Ready-to-use solution for maximum lab efficiency

– Clearly defined reference bands for easy size identification

– Compatible with standard TAE and TBE buffer systems

– Supplied in a convenient 500ul pack size

– Stable storage formulation for long-term reliability

Benefits

Accuracy is the foundation of successful molecular biology research. Our XLarge DNA Ladder eliminates the guesswork by providing sharp, well-separated bands that allow for precise identification of your sample fragment sizes. By reducing background noise and signal inconsistencies, this product saves you time and prevents the need for repeated gel runs, ultimately streamlining your research workflow and increasing laboratory productivity.

Usage / How to Use

This DNA ladder is intended for professional laboratory use in gel electrophoresis. To use, simply load the recommended volume into an empty well of your agarose gel alongside your experimental samples. Run the gel according to your standard protocol. The ladder will migrate through the gel, providing a reference scale that allows you to calculate the molecular weight of your unknown DNA samples by comparing their positions against the known ladder bands.

Why Choose This Product

Quality assurance: Each batch undergoes rigorous testing to ensure it meets strict purity and performance standards. Reliability: Count on consistent, repeatable results that you can publish with confidence. Efficiency: The ready-to-use format saves precious prep time, allowing your team to focus on data analysis rather than reagent preparation. Expertise: Developed by specialists, this ladder is designed to overcome common challenges associated with the resolution of large DNA molecules.