Where is the application of PEP buffer derivative CAS10526-80-4?
Phosphoenolpyruvate (PEP), as an important metabolic intermediate in organisms, plays an important role in biochemical pathways such as cellular energy metabolism, glycolysis, and amino acid metabolism. In order to better study and analyze the functions of PEP in biological systems, scientists have developed a series of compounds related to PEP. Among them, phosphoenolpyruvate monocyclohexammonium salt (CAS No. 10526-80-4), as a derivative of PEP, has been widely used in the fields of biochemistry and medicine. Let's take a look at its applications.
1. Metabolic pathway research: It can be used to study various metabolic pathways. Researchers can simulate intracellular metabolic reactions through experiments to gain a deeper understanding of the mechanisms of PEP in energy metabolism, organic acid cycling, and other pathways, providing a powerful tool for revealing intracellular biochemical processes.
2. Enzyme activity research: Phosphoenolpyruvate monocyclic ammonium salt is of great significance in enzyme catalysis research. As a derivative of PEP, it can simulate the binding and reaction of PEP in enzymatic catalysis, which helps to study key information such as enzyme catalytic mechanism and substrate binding sites.
3. Drug design and screening: Due to its crucial role in cell metabolism, phosphoenolpyruvate has potential applications in drug development. It can be used to screen drug targets, optimize the structure of drug molecules, and provide theoretical guidance for the design and development of new drugs.
4. Biosensor design: Phosphoenolpyruvate monocyclic hexaammonium salt has broad prospects in biosensor design. It can serve as a signal molecule for constructing sensors to monitor changes in intracellular metabolic activity. This sensor helps to understand the dynamic changes in cellular biochemical status and provides new ideas for disease diagnosis and treatment.
Phosphoenolpyruvate monocyclic ammonium salt, as a derivative of PEP, plays an important role in metabolic pathway research, enzyme activity research, drug design and screening, and biosensor design. As an advantageous supplier of PEP, Desheng can provide high purity, stable quality buffering agents at a low price, making it a choice for many people in the market. If you also have relevant needs, please feel free to contact us and give it a try!
3- (cyclohexylamine) -1-propanesulfonic acid, abbreviated as CAPS, is an important buffer and laboratory reagent. At present, the demand for it in the market is gradually increasing. In view of industry competition, various manufacturers are constantly adjusting prices to attract customer flow. So what is the connection between its price adjustment and? This article will answer everyone's doubts.