Monensin, a complex organic molecule with the molecular formula C36H62O11 and CAS number 17090-79-8, is a fascinating compound with a diverse range of applications, particularly within the realm of fine chemicals and pharmaceuticals. Derived from the fermentation of *Streptomyces cinnamonensis*, this polyether ionophore antibiotic possesses a unique chemical structure that dictates its biological activity and industrial utility.

Chemically, Monensin is characterized as a white, crystalline solid. Its solubility in organic solvents like ethanol, methanol, and DMSO, coupled with limited water solubility, influences its formulation and application methods. The Monensin CAS 17090-79-8 properties are critical for researchers and manufacturers, ensuring it meets stringent quality standards. Its intricate spiroketal structure and carboxylic acid group are key to its function as an ionophore.

The Polyether ionophore antibiotic mechanism is central to Monensin's applications. It functions by complexing with monovalent cations, enabling their transport across cell membranes. This ion-transporting capability is leveraged in various fields. In veterinary medicine, it's a vital coccidiostat and growth promoter. Beyond animal health, derivatives of Monensin are employed in the development of ion-selective electrodes, showcasing its utility in analytical chemistry. Furthermore, Monensin serves as a valuable pharmaceutical intermediate, contributing to the synthesis of other complex molecules with potential therapeutic applications.

The Monensin antibiotic uses are extensive, highlighting its importance as a fine chemical. Companies seeking to purchase Monensin can rely on its consistent quality for research and industrial processes. Its role as a Coccidiostat for poultry and livestock is perhaps its most recognized application, but its potential as a building block in chemical synthesis is also significant. The continued exploration of Monensin's chemical properties and biological activities promises further innovation in various scientific and industrial sectors.