High Purity MOPS Sodium Salt (CAS 71119-22-7): A Versatile Buffer for Life Sciences and Research
Explore the exceptional buffering capabilities of MOPS Sodium Salt, a cornerstone reagent for critical laboratory applications.
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3-Morpholinopropanesulfonic Acid Sodium Salt
This high-purity MOPS Sodium Salt is a zwitterionic buffer extensively utilized in biochemistry and molecular biology. Selected and described by Good et al., it offers a reliable pH range of 6.5-8.0, making it ideal for applications where precise pH control is paramount. Its unique chemical structure minimizes complexation with most metal ions, providing a non-coordinating buffer solution, essential for sensitive biological experiments.
- Discover the benefits of using a dedicated MOPS sodium salt CAS 71119-22-7 for your electrophoretic separations.
- Enhance your protein purification processes with this reliable biochemical buffer.
- Ensure optimal growth and viability in your cell culture media with high-purity MOPS sodium salt.
- Achieve consistent and reproducible results in molecular biology experiments thanks to its superior MOPS sodium salt purity.
Key Advantages
Exceptional Buffering Range
The MOPS sodium salt provides a stable pH buffering capability between 6.5 and 8.0, crucial for maintaining consistent biological environments in various research settings.
Minimal Metal Ion Interaction
As a non-coordinating buffer, it prevents unwanted complexation with metal ions, ensuring the integrity of experiments involving sensitive metal-dependent biological processes.
High Purity and Solubility
Boasting a purity of over 98%, this buffer dissolves readily in water, forming clear, colorless solutions, which is vital for analytical accuracy and experimental reliability.
Key Applications
Biochemistry
Essential for maintaining stable pH in enzymatic reactions and metabolic studies, leveraging its properties as a biochemical buffer.
Molecular Biology
Widely used as a running buffer for gel electrophoresis, particularly for separating RNA, contributing to precise molecular biology research outcomes.
Protein Purification
Its non-coordinating nature makes it an excellent choice for chromatography-based protein purification, ensuring sample integrity.
Cell Culture
Incorporated into cell culture media to provide a stable pH environment, supporting healthy cell growth and experimental consistency.