Phosphate monoester

Phosphate monoesters are a class of organic compounds formed by the esterification of phosphoric acid with a single alcohol group. They are not themselves biological targets such as receptors, enzymes, or transporters but rather represent a chemical functional group found in many biologically relevant molecules and industrial chemicals. In biology, the term "phosphate monoester" refers to molecules where one hydroxyl group of phosphoric acid is replaced by an organic substituent; these groups appear in nucleotides like AMP and various metabolic intermediates. Industrially synthesized variants—such as alkyl or fluorinated phosphate esters—are used for their surfactant properties and can interact with proteins such as serum albumin or nuclear receptors like PPARα if absorbed into biological systems[3][6]. However, "phosphate monoesters" is not the name of a discrete molecular target but rather describes a broad chemical category encompassing many different individual compounds. **Note:** The entry "Phosphate monoesters" is too generic to be considered a canonical therapeutic target; it refers to a class of chemical entities rather than any single protein/receptor/enzyme/transporter. If you seek information on an enzyme that acts on these esters (such as alkaline phosphatase), please specify further.

Other names

Phosphoric acid monoesterAlkyl phosphate monoesterMonoalkyl phosphate esterLauryl phosphate monoester (for specific examples)8:2 Fluorotelomer phosphate monoester (for specific compounds)