首页> 外文期刊>International Journal of Pharmaceutical Sciences Review and Research >A Comparison of the Long-Term (1 year) Lipid Modifying Effects of D-003 (Sugarcane Wax Acids) and Policosanol: A Randomized, Double-Blind Study”
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A Comparison of the Long-Term (1 year) Lipid Modifying Effects of D-003 (Sugarcane Wax Acids) and Policosanol: A Randomized, Double-Blind Study”

机译:D-003(甘蔗蜡酸)和二十烷醇的长期(1年)脂质修饰作用比较:一项随机双盲研究”

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摘要

Patient compliance and safety is of prime importance in case of any drug delivery system. As safety is concern, natural polymers are always better than synthetic and semisynthetic polymers. The reason behind this fact is that all natural polymers are either biodegradable or biocompatible. Unlike synthetic polymers, they are nontoxic, noncarcinogenic and most admiringly ecofriendly. Tamarind Seed Polysaccharide (TSP) is one of such natural polymer which is obtained from seeds of Tamarindus indica. Isolation and characterization of TSP involves simple techniques resulting in lucrative yield in its production. In order to improve the physicochemical properties like heat stability TSP is modified either by physical or chemical method. High drug holding capacity, high swelling index, high thermal stability and improved shelf life are some valuable properties of modified TSP. Due to these remarkable properties TSP has wide range of application from food industry to pharma industry.
机译:对于任何药物输送系统,患者的依从性和安全性至关重要。出于安全考虑,天然聚合物始终优于合成和半合成聚合物。该事实背后的原因是所有天然聚合物都是可生物降解的或生物相容的。与合成聚合物不同,它们无毒,无致癌性,并且最令人钦佩的生态友好型。罗望子种子多糖(TSP)是从natural猴的种子获得的这种天然聚合物之一。 TSP的分离和表征涉及简单的技术,可在其生产中获得可观的收益。为了改善诸如热稳定性的理化性质,通过物理或化学方法对TSP进行改性。高载药量,高溶胀指数,高热稳定性和延长的货架期是改性TSP的一些有价值的特性。由于这些卓越的性能,TSP在食品工业到制药工业中都有广泛的应用。

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