Polyprenols (13~21) CAS 308068-00-0: Unlocking Natural Bioregulatory Potential
Discover the multifaceted applications of Polyprenols, vital for pharmaceutical and biochemical advancements.
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Polyprenols (13~21)
Polyprenols (13~21) are a class of neutral lipids that serve as crucial natural bioregulators. Their unique structure, featuring 5 to 25 isoprene units and a terminal hydroxyl group, makes them valuable in diverse research and industrial applications, from pharmaceutical synthesis to understanding complex biological pathways.
- Explore the polyprenols pharmaceutical applications and their role in novel drug development.
- Investigate dolichol as an aging biomarker and its implications in clinical diagnostics.
- Understand the process of synthesis of mannoproteins with polyprenols, essential for cellular functions.
- Delve into polyprenols in plant metabolism, revealing their impact on plant health and development.
Key Advantages
Versatile Bioregulator
Polyprenols act as potent natural bioregulators, influencing various physiological processes and offering a broad spectrum of research possibilities for polyprenols biological activity.
Biomarker Potential
The concentration of dolichol, a type of polyprenol, in animal tissues can be a potential biomarker for aging and chronic cholestatic liver diseases, offering significant diagnostic value.
Biochemical Significance
Their involvement in the synthesis of mannoproteins highlights their fundamental role in cellular biology, making them indispensable for researchers in this field.
Key Applications
Pharmaceutical Synthesis
Used as key components in the synthesis of various pharmaceutical compounds, enhancing therapeutic outcomes through their unique structural properties.
Biochemical Research
Essential molecules for studying isoprene-based compounds and their role in cellular processes, vital for discovering novel bioactive molecules.
Plant Biology Studies
Utilized to understand the biosynthesis and metabolic pathways of isoprene-based compounds, aiding in the development of plants with enhanced properties.
Synthetic Chemistry Building Blocks
Employed as building blocks for creating complex organic molecules and polymers with specific properties for materials science and other industries.