首页> 外文期刊>Evidence-based complementary and alternative medicine: eCAM >Jasada bhasma, a Zinc-Based Ayurvedic Preparation: Contemporary Evidence of Antidiabetic Activity Inspires Development of a Nanomedicine
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Jasada bhasma, a Zinc-Based Ayurvedic Preparation: Contemporary Evidence of Antidiabetic Activity Inspires Development of a Nanomedicine

机译:Jasada bhasma,一种基于锌的阿育吠陀制剂:抗糖尿病活性的当代证据激发了纳米药物的发展

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The roles of metals in human physiology are well established. It is also known that many metals are required in trace amounts for normal metabolism and their deficiency leads to diseases. In Ayurveda, metal-based preparations, that is,bhasmas, are indicated for the treatment of several diseases. Standard textbooks of Ayurveda recommendJasada bhasma(zinc basedbhasma) as the treatment of choice for diabetes. Modern medicine also recognizes the important role of zinc in glucose homeostasis. Yet, studies that validate the use ofJasada bhasmaare few and uncomprehensive. There is an imminent need for a systematic study on physicochemical characterization, pharmacological efficacy, and toxicity assessment of severalbhasmapreparations to generate scientific evidence of their utility and safety. Interestingly, recent studies suggest thatbhasmascomprise submicronic particles or nanoparticles. Thus abhasma-inspired new drug discovery approach could emerge in which several metal based nanomedicines could be developed. This would help in utilizing the age old, time-tested wisdom of Ayurveda in modern medicine. One such study on antidiabetic activity ofJasada bhasmaand the corresponding new drug, namely, zinc oxide nanoparticles, is briefly discussed, as an example.
机译:金属在人类生理学中的作用已得到充分确立。众所周知,正常代谢需要许多金属,微量金属会导致疾病。在阿育吠陀中,金属基制剂,即火药,可用于治疗多种疾病。阿育吠陀标准教科书推荐Jasada bhasma(锌基bhasma)作为糖尿病的治疗选择。现代医学还认识到锌在葡萄糖稳态中的重要作用。但是,验证使用茉莉花药的研究很少且不全面。迫切需要对几种bhasmaprepars的理化特性,药理功效和毒性评估进行系统研究,以产生其效用和安全性的科学证据。有趣的是,最近的研究表明,bmass包含亚微米颗粒或纳米颗粒。因此,可能出现了以花痴为灵感的新药物发现方法,其中可以开发出几种基于金属的纳米药物。这将有助于在现代医学中利用阿育吠陀古老而久经考验的智慧。作为示例,简要讨论了一项有关茉莉花(Jasada bhasma)降糖活性的研究以及相应的新药,即氧化锌纳米颗粒。

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