Multi Functional Application Of Caps Buffer 1135-40-6

Cation exchange HPLC 

In biotechnology, cation exchange chromatography is a commonly used separation technique. CAPS, as an ideal buffer for cation exchange chromatography, can help researchers separate target proteins from complex mixtures, laying a solid foundation for subsequent research work.

capillary electrophoresis

Capillary electrophoresis is a convenient and rapid protein separation technique. CAPS, as an electrophoresis buffer, can optimize electrophoresis conditions, improve protein separation efficiency, and enable researchers to analyze protein composition and properties more accurately.

Protein separation system

CAPS is widely used as a separator in protein separation systems. Whether through gel filtration, ion exchange or affinity chromatography, CAPS can provide a stable buffer environment for proteins to ensure that proteins will not lose their activity or denature during the separation process.

Diffusion blot and electrophoresis blot

In the field of molecular biology, diffusion blotting and electrophoretic blotting are commonly used protein detection techniques. CAPS, as a buffer for these technologies, can ensure the stability of proteins during the imprinting process, improving the accuracy and sensitivity of detection.

Research on Enzymatic Processes

Under physiological conditions, the activity of many enzymes is influenced by pH value. CAPS, as a biological buffer, can stabilize enzyme activity under conditions higher than physiological pH, providing researchers with a broader experimental space. This enables researchers to delve deeper into the structure and function of enzymes, providing important references for the development and design of new drugs.

The CAPS buffer produced by Desheng plays an important role in biological and biochemical research. Its broad application prospects make CAPS an indispensable assistant for researchers. In the future, with the continuous development of biotechnology, the application fields of CAPS will become more extensive, injecting more vitality into the research of life sciences.