BIS-TRIS Buffer: A Comprehensive Guide to its Properties, Applications, and Benefits
Discover the versatile applications of BIS-TRIS, a key buffering agent in biochemistry and bioprocessing.
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BIS-TRIS
BIS-TRIS is a highly effective zwitterionic buffering agent, widely recognized for its utility in various scientific disciplines. With a pKa of approximately 6.3-6.7, it provides excellent buffering capacity within the physiological pH range, making it indispensable in numerous biochemical and biological applications.
- Explore the BIS-TRIS pKa value to optimize your experimental conditions for precise pH control.
- Learn about the diverse BIS-TRIS applications in cell culture, crucial for maintaining optimal growth environments.
- Understand how BIS-TRIS is used as a pharmaceutical intermediate in the synthesis of active drug compounds.
- Discover the unique property of BIS-TRIS complex with metal ions, offering specialized solutions in chemical reactions.
Key Advantages
Versatile Buffering Capacity
Leverage the broad buffering capabilities of BIS-TRIS for a wide array of biological systems, ensuring stable pH for critical processes.
Safe Alternative
Consider BIS-TRIS as a safe and non-toxic alternative to buffers like cacodylate, enhancing laboratory safety.
Broad Applicability
Utilize BIS-TRIS in your research, from basic biochemistry to advanced bioprocessing, supported by its proven performance.
Key Applications
Biochemical Buffers
BIS-TRIS serves as a crucial biochemical buffer for research, ensuring stable pH in various experiments and analyses.
Pharmaceutical Synthesis
As a pharmaceutical intermediate, BIS-TRIS plays a vital role in the complex synthesis pathways of drug compounds.
Cell Culture
The stability offered by BIS-TRIS makes it a preferred choice for cell culture media, supporting cell viability and growth.
Electrophoresis
Employ BIS-TRIS in electrophoresis applications to achieve sharp band separation and reliable results.