Say goodbye to buffer crystallization! How does the high solubility of MOPSO 68399-77-9 save low-temperature experiments

In the field of biological science research, precise control of experimental conditions is the key to obtaining reliable data. Especially in experiments conducted at low temperatures, such as protein crystallization, enzyme activity determination, and cell culture, higher requirements are placed on the stability and solubility of buffering agents. Traditional buffering agents are often prone to crystallization under these extreme conditions, which not only interferes with experimental results but may also damage precision experimental instruments. 3- (N-morpholino) -2-hydroxypropanesulfonic acid (MOPSO buffer) is a very suitable buffer for low-temperature experiments.

The dual challenge of low-temperature experiments

Low temperature experiments not only require precise temperature control, but also need to ensure the stability of various components in the experimental environment. Traditional buffering agents, such as phosphate and citrate salts, have a sharp decrease in solubility at low temperatures and are prone to crystallization. These crystals not only occupy valuable experimental space, but may also interfere with experimental results and even damage precision experimental equipment. In addition, the crystallization problem also increases the complexity of experimental operations and reduces experimental efficiency. Therefore, finding a buffer that maintains high solubility at low temperatures has become an urgent problem for researchers to solve.

MOPSO powder

MOPSO: Nova with high solubility

MOPSO, A buffering agent designed specifically for biological science research, which maintains high solubility at low temperatures due to its unique molecular structure. This characteristic makes MOPSO an ideal choice for low-temperature experiments. Compared to traditional buffering agents, MOPSO can maintain clear and transparent solutions at low temperatures, avoiding many problems caused by crystallization. Experimental data shows that even at temperatures close to freezing, MOPSO solution remains stable, providing a reliable experimental environment for researchers.

The practical application of MOPSO in low-temperature experiments

1. Protein crystallization experiment: Protein crystallization is an important technique in biological science research. MOPSO, as a buffering agent, ensures the stability of the experimental solution at low temperatures due to its high solubility, providing an ideal crystallization environment for proteins. This not only improves the crystallization efficiency, but also optimizes the morphology and quality of the crystals, providing strong support for subsequent structural analysis.

2. Enzyme activity assay: Enzyme activity assay is an important means of evaluating the function of biomolecules. In low-temperature experiments, the addition of MOPSO ensures the stability and consistency of the reaction system, avoids enzyme activity fluctuations caused by buffer crystallization, and thus improves the accuracy of the measurement results.

3. Cell culture: Cell culture experiments require extremely high stability and pH control of buffering agents. The high solubility of MOPSO ensures stable pH values in the cell culture environment, providing suitable conditions for cell growth and division.

Product packaging

Hubei Xindesheng Material Technology Co., Ltd. has a history of nearly 20 years in the research and production of MOPSO and other biological buffering agents. The production process is stable, and the product batch differences are small. With rich experience in research and development and production, we can provide excellent customized services. Each batch of goods sold will be accompanied by a quality analysis report issued by Desheng's quality inspection team to ensure that all indicators of MOPSO comply with relevant standards. If you have any recent purchasing needs, please click on the official website of Desheng to learn more details or contact me!