Polyprenols (13~21), identified by CAS number 308068-00-0, represent a fascinating class of naturally occurring isoprenoid alcohols. Their chemical structure, characterized by a chain of 5 to 25 isoprene units and a terminal hydroxyl group, dictates their diverse functionalities in biological systems. NINGBO INNO PHARMCHEM CO.,LTD. provides access to these complex molecules for advanced scientific study.

Chemically, polyprenols are poly-isoprene-ols, with varying chain lengths contributing to their distinct properties. This structural variation is key to understanding their roles in different biological contexts. For instance, dolichol, a saturated polyprenol with 13-21 isoprene units, is critically involved in the intricate process of protein glycosylation. This process is fundamental for proper protein function and cellular interactions, making the study of polyprenols biological activity a cornerstone of modern cell biology.

The functional significance of polyprenols extends to various applications. In the pharmaceutical sector, their unique structure makes them attractive for the development of new drugs and therapeutic agents, underscoring the importance of polyprenols pharmaceutical applications. Researchers are actively exploring their potential in treatments for a range of diseases, from metabolic disorders to infectious diseases, highlighting the drive for polyprenols for drug development.

Moreover, the metabolic pathways involving polyprenols in plants are of great interest to plant biologists. Understanding polyprenols in plant metabolism can lead to advancements in agriculture and the development of novel plant-based compounds. Their role in the synthesis of mannoproteins in various organisms also provides critical insights into fundamental cellular mechanisms.

For researchers focusing on the detailed chemistry and function of these molecules, obtaining pure Polyprenols (13~21) is essential. NINGBO INNO PHARMCHEM CO.,LTD. serves as a key supplier, ensuring the quality and availability of these vital research chemicals. Whether exploring dolichol as an aging biomarker or their broader biochemical roles, precise chemical sourcing is indispensable.