Taurocyamine
Taurocyamine, identified by CAS number 543-18-0 and also known as guanidinoethanesulfonic acid, is a naturally occurring guanidino compound that serves as a structural analog of taurine. Characterized by the replacement of the amino group in taurine with a guanidino group, this white crystalline powder exhibits significant biochemical activity as a competitive inhibitor of the taurine transporter system. In industrial and laboratory settings, it is valued for its role in physiological research, particularly concerning osmoregulation and sulfur-containing amino acid metabolism. As a chemical raw material, taurocyamine is typically handled according to standard laboratory safety protocols, requiring storage in cool, dry conditions to maintain its structural integrity. Its unique chemical framework makes it a critical reagent for synthesizing specialized derivatives and exploring cellular transport mechanisms. Researchers utilize this compound to investigate the competitive dynamics between taurine and its analogs, providing insights into various metabolic pathways and potential therapeutic targets within the scope of biochemical engineering and pharmaceutical development.
• Biochemical Research and Metabolic Studies: Taurocyamine is extensively utilized as a primary research tool to investigate taurine metabolism and cellular transport mechanisms. By acting as a potent competitive inhibitor of the taurine transporter (TauT), it allows scientists to study the physiological effects of taurine depletion in various tissue models. This application is crucial for understanding the role of taurine in cardiac function, retinal health, and osmoregulation, providing a foundation for developing treatments related to taurine deficiency.
• Synthetic Intermediate for Specialty Chemicals: In the field of organic synthesis, this compound serves as a versatile building block for the production of guanidino-functionalized derivatives. Its unique sulfonic acid and guanidino moieties make it an ideal precursor for creating complex molecules used in pharmacological studies and the development of novel surfactants or chelating agents. The stability and reactivity profile of taurocyamine facilitate its integration into diverse chemical processes requiring precise nitrogen-sulfur configurations.
• Diagnostic and Analytical Standardization: The compound is frequently employed as an analytical standard in chromatography and mass spectrometry to identify and quantify guanidino compounds in biological fluids. Its role in establishing calibration curves ensures high accuracy in metabolic profiling and clinical biochemistry research, supporting the identification of biomarkers associated with specific metabolic disorders or nutritional assessments in both human and animal health contexts.
Product Name: Taurocyamine
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