Quality standards of Palasha Kshara Gritha with reference to different vessels

Seema Mb, H PampannaGouda, Ravindra Angadi
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Abstract

This article attempts to clear the dogma that exists in the preparation of Kshara Ghrita with reference to its critical final stage of Siddhi Laxanas. Palasha Kshara Ghrita (PKG) prepared from the Kshara of Palasha (Grewia asiatica) mentioned in Rasa Tarangini, which is indicated in the treatment of Granthi (tumor) is taken for the study. The present article is an extract of all the observations made during the pharmaceutical study of PKG. All these observations will be of great help when we go for large scale production. The study has tried to establish the ratios of Dravadravyas with Kshara, besides addressing the type of vessels appropriate in such preparations. After preparation of sample in different vessels, these were subjected to analytical study using relevant analytical parameters to find out any difference. During pharmaceutical process Copper vessel was found appropriate on the lines of pharmaceutical preparations. The analytical report of samples reveals no much difference in the parameter findings except pH of PKG 7.00, 9.91 and 9.46 in the vessels such as copper, iron and mud pot respectively. The particle size of Kshara was in between 429.7 to 667 nm under 15.00KV magnification 7.5 KX and EDAX report of Phalasha Kshara under 400 μm potassium Wt% 40.05 and Oxygen is Wt% 39.12. Under 50 μm potassium Wt% 48.91 and Oxygen Wt% 33.40. Under 70 μm potassium Wt% 27.90 and Oxygen Wt% 37.78. As per this study copper vesse l is found better for PKG than Iron and Mud pot for assessment of end process and also on analytical parameter.
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参考不同容器的Palasha Kshara Gritha质量标准
这篇文章试图澄清存在于《迦勒格里塔》准备中的教条,参考其关键的最后阶段悉地拉散那。从Rasa Tarangini中提到的Palasha Kshara (Grewia asiatica)制备的Palasha Kshara Ghrita (PKG),用于治疗Granthi(肿瘤)。本文是对PKG在药物研究过程中所观察到的结果的总结,这些结果将对我们的大规模生产有很大的帮助。该研究试图建立陀罗梵与沙罗的比例,除了解决在这种准备中合适的容器类型。在不同的容器中制备样品后,使用相关的分析参数进行分析研究,找出其中的差异。在制药过程中,铜容器被发现适合于药物制剂的生产线。样品的分析报告显示,除了铜、铁、泥罐等容器中PKG的pH值分别为7.00、9.91、9.46外,各参数结果没有太大差异。在15.00KV放大倍率为7.5 KX的条件下,Kshara的粒径在429.7 ~ 667nm之间;在400 μm钾、氧条件下,Phalasha Kshara的EDAX报告为Wt% 40.05, Wt% 39.12。在50 μm以下,钾Wt% 48.91,氧Wt% 33.40。在70 μm以下,钾Wt% 27.90,氧Wt% 37.78。本研究发现,铜罐比铁罐和泥罐更适合用于PKG的末端工艺评价和分析参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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