MP-1200 Electrophoresis Comb 0.75mm 10-Well

Description

Introduction

The MP-1200 Electrophoresis Comb is an essential component for high-performance gel electrophoresis workflows. Engineered for accuracy and durability, this 0.75mm 10-well comb provides the consistent geometry required for reliable analytical separation of biological samples.

Key Features

– Optimized 0.75mm thickness for sharp band resolution.

– Precision-molded 10-well configuration for standard throughput.

– Precise 33 ul volume capacity per well.

– Designed specifically for compatibility with MP-8003 and MP-8001 systems.

– Robust construction resistant to common electrophoresis buffers.

– Easy to insert and remove without damaging delicate gel structures.

Benefits

This comb simplifies your daily laboratory routine by ensuring that every loading process is identical. By maintaining a consistent 33 ul sample volume across 10 lanes, you eliminate variables that lead to inconsistent band migration. This allows for clearer comparative analysis between control samples and test subjects, ultimately reducing the need for repeat runs and saving valuable laboratory time.

Usage / How to Use

The MP-1200 comb is utilized during the gel casting phase of electrophoresis. Once the agarose or polyacrylamide solution is poured into the casting tray, insert the comb into the designated slots. Allow the gel to solidify completely before gently removing the comb to reveal 10 clean, uniform wells. Carefully pipette your samples into the wells to begin your electrophoresis run. Ensure the comb is cleaned with deionized water after use to maintain its integrity.

Why Choose This Product

Researchers choose the MP-1200 because it guarantees a perfect fit within compatible electrophoresis units. Its high-quality material composition prevents warping, which is a common issue with lower-grade alternatives. Backed by precision manufacturing, it provides the reliability needed for sensitive genomic and proteomic studies. Investing in genuine components ensures the longevity of your hardware and the accuracy of your research data.