OCO2Et

OCO2Et is a chemical compound, specifically an ester, that plays a role in organic chemistry research. Its full chemical name is ethyl oxalacetate. This molecule is derived from oxalic acid and ethanol, featuring a keto group and an ester group on a four-carbon chain. OCO2Et is often encountered in studies related to metabolism, particularly in the context of the Krebs cycle or citric acid cycle, where related compounds like oxaloacetate are central.

Researchers may utilize OCO2Et as a reagent or a standard in analytical techniques. Its properties, such as reactivity and spectroscopic signatures, make it useful for developing and validating experimental methodologies. The synthesis and purification of OCO2Et are standard organic chemistry procedures, often involving esterification reactions. While not a widely known or commercially abundant chemical, it serves specific purposes within academic and industrial research laboratories focused on biochemistry and organic synthesis. Its presence in scientific literature is typically tied to specific experimental contexts rather than as a standalone subject of broad industrial application.