Xanthine Sodium Salt CAS 1196-43-6: Precision in Scientific Research
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Xanthine Sodium Salt
Xanthine Sodium Salt (CAS 1196-43-6) is a vital chemical compound essential for various sophisticated scientific applications. It plays a critical role as a component in specialized assays, ensuring accurate and reliable results in experimental settings.
- Discover the precise use of xanthine sodium salt in SOD-inhibitable ferrocytochrome c reduction assays, a key application for understanding oxidative stress pathways.
- Learn about xanthine sodium salt applications as a substrate in the reaction mixture for the xanthine oxidase assay, crucial for enzyme kinetics studies.
- Explore the convenience of buying xanthine sodium salt, a readily available reagent for your laboratory needs, ensuring efficient research workflows.
- Understand the critical role of xanthine sodium salt CAS 1196-43-6 in cell culture media, supporting the growth and maintenance of various cell lines in biotechnological research.
Advantages You'll Gain
Assay Precision
Leverage the high purity of Xanthine Sodium Salt to achieve unparalleled precision in your biochemical and enzymatic assays, ensuring reproducible outcomes for superoxide dismutase studies.
Research Versatility
Benefit from the versatility of Xanthine Sodium Salt CAS 1196-43-6, a key component for various research protocols, including cell culture medium and enzyme activity analysis.
Reliable Supply
Secure a dependable source for this essential chemical, facilitating uninterrupted research and development cycles by easily obtaining xanthine sodium salt when needed.
Key Applications
Biochemical Assays
Xanthine Sodium Salt is indispensable for precise biochemical assays, serving as a critical substrate or component in enzymatic reactions like the xanthine oxidase assay.
Cell Culture
As a valuable component in cell culture media, it supports specific cellular functions and experimental requirements, contributing to advancements in biological research.
Enzyme Research
Its role in studying enzymes such as superoxide dismutase highlights its importance in understanding biological processes and developing targeted therapeutics.
Scientific Research
This chemical reagent is a cornerstone for diverse scientific research endeavors, enabling breakthroughs in molecular biology, biochemistry, and related fields.