Understanding Phytol (CAS 150-86-7): Production, Properties, and Pharmaceutical Potential
Phytol, a chemical compound identified by the CAS number 150-86-7, is a naturally occurring diterpene alcohol that plays a critical role in various biological processes and industrial applications. Extracted primarily from chlorophyll, the green pigment found in plants, Phytol is a waxy, oily liquid with a characteristic yellow to red-brown hue. Its fundamental importance in the chemical and pharmaceutical sectors stems from its utility as a precursor in the synthesis of essential fat-soluble vitamins.
The primary industrial application of Phytol revolves around its function as a key intermediate in the production of Vitamin E (tocopherols) and Vitamin K1 (phylloquinone). These vitamins are crucial for human health, with Vitamin E acting as a powerful antioxidant and Vitamin K1 being essential for blood coagulation and bone health. The demand for these vitamins in dietary supplements, fortified foods, and various pharmaceutical preparations makes Phytol a sought-after raw material. Businesses looking to buy Phytol CAS 150-86-7 often seek high purity grades to ensure the efficacy and quality of their final products.
Beyond its well-established use in vitamin manufacturing, extensive research is uncovering promising Phytol pharmaceutical applications. Studies have indicated that Phytol exhibits notable antischistosomal activity, a significant finding given the global burden of schistosomiasis, a parasitic disease. This research suggests that Phytol could be developed into a therapeutic agent, offering a potential new treatment strategy. Exploring Phytol toxicity data reveals that the compound is generally considered safe, with low toxicity levels reported, which is a critical factor for pharmaceutical development.
The chemical properties of Phytol, such as its molecular formula (C20H40O) and molecular weight (296.53), are well-defined. Its appearance as an oily liquid and its specific gravity and refractive index are important parameters for quality control. The ability to reliably source and use Phytol as a Phytol intermediate for Vitamin K1 and Vitamin E synthesis underscores its industrial significance. Furthermore, its potential in novel drug discovery highlights its evolving importance.
In summary, Phytol (CAS 150-86-7) is a compound of considerable value. From its foundational role in the Phytol synthesis of Vitamin E and K1 to its burgeoning applications in medicinal research, Phytol continues to prove its versatility and importance in the chemical and health industries.
Perspectives & Insights
Molecule Vision 7
“The chemical properties of Phytol, such as its molecular formula (C20H40O) and molecular weight (296.”
Alpha Origin 24
“Its appearance as an oily liquid and its specific gravity and refractive index are important parameters for quality control.”
Future Analyst X
“The ability to reliably source and use Phytol as a Phytol intermediate for Vitamin K1 and Vitamin E synthesis underscores its industrial significance.”