Best Seller Mops Buffer (1m) Save 65% Now [BGlqiv69]

MOPS Buffer: The Ultimate RNA Electrophoresis Solution

Introducing the Best Seller Mops Buffer (1m) Save 65% Now [BGlqiv69], a revolutionary zwitterionic electrophoresis buffer designed specifically for RNA analysis in agarose gels. This high-quality buffer, also known as [3-(N-Morpholino) Propanesulfonic Acid], offers unparalleled performance and reliability. Its unique composition ensures efficient RNA separation and clear visualization, making it an essential tool for any molecular biology lab. The MOPS Buffer stands out for its non-absorbent nature, making it safe for cell culturing in-vitro and a variety of other biological applications.

Key Properties and Specifications

Our MOPS Buffer is supplied as a concentrated 1M solution with a pH of 7.0, packaged in a convenient 500mL bottle. This product is designed to meet the stringent requirements of modern molecular biology research. The buffer's zwitterionic structure ensures minimal interference during electrophoresis, leading to more accurate and reproducible results. Additionally, the MOPS Buffer is essentially transparent to UV light, allowing for easy visualization under UV illumination. With these features, the MOPS Buffer is an ideal choice for researchers seeking a reliable and versatile RNA electrophoresis buffer.

Practical Applications and Benefits

Whether you are a molecular biologist, cell culture specialist, or a researcher in a wide range of biological fields, the MOPS Buffer offers numerous practical benefits. Its non-absorbent nature makes it a safe and effective choice for culturing cells in-vitro, reducing the risk of contamination and ensuring the integrity of your experiments. The buffer's excellent transparency under UV light simplifies the visualization process, saving you time and effort. Furthermore, the MOPS Buffer's versatile applications in RNA analysis make it an invaluable tool for any scientist seeking precise and reliable results. Invest in the MOPS Buffer today and elevate your research to new heights.