BM1000 1 kb DNA Ladder – Accurate Molecular Weight Marker

Description

Introduction

The BM1000 1 kb DNA Ladder is a premium molecular weight marker essential for accurate DNA fragment analysis during agarose gel electrophoresis. This reliable reagent provides sharp, distinct bands, allowing researchers to quickly and confidently determine the size of double-stranded DNA fragments in their experimental samples.

Key Features

– Range covers 250 bp to 10,000 bp for broad application versatility.

– Optimized for clear and consistent separation on various agarose concentrations.

– Ready-to-use formulation eliminates the need for heating or additional preparation.

– Exceptional band intensity ensures high visibility under UV light using common stains.

– Stable at room temperature for short-term and at -20 degrees Celsius for long-term storage.

Benefits

Using the BM1000 1 kb DNA Ladder significantly improves the efficiency and accuracy of your molecular cloning, genotyping, and fragment analysis workflows. By providing a reliable reference point, it minimizes guesswork during gel interpretation, saving time and reducing the risk of errors in your experimental data. Whether you are validating a PCR product or confirming a restriction digest, this ladder offers the sharpness and separation required for high-quality scientific output.

Usage / How to Use

This product is designed for direct application to agarose gels. Simply thaw the ladder, vortex gently to ensure homogeneity, and load the recommended volume directly into the well of your prepared agarose gel. Run the gel alongside your experimental samples according to standard electrophoresis protocols. After the run, visualize the bands under a UV transilluminator to identify your sample fragment sizes based on the provided reference map.

Why Choose This Product

– Unmatched precision ensures high-confidence sizing for every DNA experiment.

– Superior quality control guarantees lot-to-lot consistency for reproducible results.

– Streamlined workflow features save valuable laboratory time and reduce reagent waste.

– Trusted by researchers worldwide for demanding molecular biology applications.