C11H15O18P2

C11H15O18P2 is the molecular formula for a diphosphorylated carbohydrate. While not a commonly recognized compound with a widely established name, this formula suggests a structure containing eleven carbon atoms, fifteen hydrogen atoms, eighteen oxygen atoms, and two phosphorus atoms. The presence of phosphorus in two phosphate groups indicates a potential role in biological energy transfer or as a structural component in phosphorylated sugars.

The specific arrangement of these atoms would define the exact nature of the molecule. It could be a disaccharide derivative where two monosaccharide units are linked and each carries a phosphate group, or it could be a more complex oligosaccharide fragment. Such compounds are often intermediates in metabolic pathways, particularly those involving sugar metabolism and energy storage or utilization. For instance, phosphorylated sugars are crucial in glycolysis and other cellular processes. The precise biological function and occurrence of a molecule with this exact formula would depend on its specific stereochemistry and the linkage between its components. Further characterization through spectroscopic methods and biochemical assays would be necessary to identify and understand any specific roles of C11H15O18P2.