2-Pyridineethanol (CAS 103-74-2)

2-Pyridineethanol, often abbreviated as 2PE, stands as an organic compound prized for its diverse applications within the realm of scientific research. This compound proves to be remarkably versatile, finding utility across a spectrum of laboratory experiments aimed at investigating its biochemical and physiological attributes. With a clear, colorless demeanor and a distinctive aroma, 2-Pyridineethanol readily dissolves in water, further enhancing its appeal. Despite its simplicity, this compound emerges through the synthesis of pyridine and ethanol, holding a vital role in scientific research. In the realm of scientific exploration, 2-Pyridineethanol occupies a significant niche, particularly in studies that scrutinize its physiological and biochemical traits. This compound acts as a cornerstone in biochemical and physiological experiments, where its characteristics become a focal point for analysis. Moreover, its involvement extends to the synthesis of a plethora of compounds, encompassing medicinal agents and assorted organic substances. As an instrumental reagent, it plays a pivotal role in the creation of diverse compounds, ranging from carboxylic acids to alcohols and amines. Underpinning its pivotal role is 2-Pyridineethanol′s capacity as a proton bestower in biochemical and physiological experiments. Its interaction repertoire extends to a broad spectrum of molecules, encompassing proteins, nucleic acids, and an array of organic entities. Of equal significance, this compound engages with enzymes, thereby potentially triggering alterations in their enzymatic activity. Such interactions wield the potential to orchestrate a multitude of effects on an organism′s biochemical and physiological processes, a facet that remains both intricate and invaluable.