High Purity MOPS Sodium Salt for Biological Applications
Essential for precise pH control in biochemical research and diagnostics.
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MOPS Sodium Salt
MOPS Sodium Salt (CAS 71119-22-7) is a high-purity biological buffer widely utilized in critical life science applications. Its reliable buffering capacity in the near-neutral pH range makes it indispensable for biochemical diagnostic kits, DNA and RNA extraction protocols, and PCR diagnostic kits. This product ensures consistency and accuracy in your research endeavors.
- Discover the crucial role of MOPS sodium salt in biological research, ensuring stable pH environments for sensitive experiments.
- Leverage the high assay of 99.5% for reliable results when using this DNA extraction buffer component.
- Benefit from the extended 24-month shelf life, ideal for stocking and ensuring availability of essential RNA extraction buffer components.
- Enhance the accuracy of your work with a buffer that supports rigorous standards, often seen in PCR kits.
Key Advantages
Exceptional Purity
With an assay of 99.5%, this MOPS sodium salt is a prime choice for applications demanding stringent quality, supporting all your biological research buffering agent needs.
Broad pH Stability
Effective buffering between pH 6.5 and 7.9 makes it a versatile component for various biological systems and experiments.
Reliable Performance
Used in established kits and protocols, its consistent performance as an RNA extraction buffer component is well-documented.
Key Applications
Biochemical Diagnostic Kits
Ensures stable pH conditions, critical for the accuracy of diagnostic assays and the reliable performance of reagents.
DNA/RNA Extraction
Serves as a key component in buffers used for extracting high-quality DNA and RNA, supporting precise molecular biology workflows.
PCR Diagnostics
A vital element in the preparation of buffers for PCR, contributing to the efficiency and reliability of amplification.
General Biological Research
An indispensable buffer for a wide array of laboratory experiments requiring stable near-neutral pH conditions.