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首页> 外文期刊>International Journal of Ayurvedic Medicine >Swedana Samsakara of Haritaki (Terminalia chebula Retz) with Jala and Gomutra: A comparative Phyto-Pharmacognostical study
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Swedana Samsakara of Haritaki (Terminalia chebula Retz) with Jala and Gomutra: A comparative Phyto-Pharmacognostical study

机译:Haritaki(Terminalalia chebula Retz)的Swedana Samsakara与Jala和Gomutra:对比植物药理学研究

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摘要

Samsakara (transformation) and Samyoga (combination) play major role in pharmaceutics. Samsakara is defined as Gunantaradhanam (transformation). Swedana is Agni Sannikarsha Samsakara. The changes in finished product because of Swedana Samsakara with two different media Jala and Gomutra can be perceived at pharmacognostical and phytochemical levels. Aims: To compare role of Swedana Samsakara with two different media Jala and Gomutra on basis of phyto-pharmacognostical, HPTLC and UV-VIS-NIR Reflectance (180-2500nm) study. Materials and Methods: In the present study, 3 samples were prepared viz. Haritaki Churna (Powder) (GH-1), Gomutra Swedita Haritaki(GH-3) and Jala Swedita Haritaki (GH-5), to compare role of Swedana Samsakara on basis of Pharmacognostical (powder microscopy), Pharmaceutical, HPTLC densitogram and UV-VIS-NIR reflectance (180-2500nm) study. Results: The samples prepared with different media showed difference in pharmacognostical, pharmaceutical, HPTLC and UV-VIS-NIR findings. Gomutra Swedita Haritaki(GH-3) had highest variation in all Phyto-Pharmacognostical, HPTLC and UV-VIS-NIR. Powder microscopy of GH-3 showed clumped epicarp cells, squashed mesocarp cells (not clear), parenchyma cells with brown content, cellular content was darker (brown) and crystalline material etc. Phytochemical parameters showed pH (7.0), loss on drying (9.303%w/w), ash value (15.84%w/w), water soluble extract (57.2%w/w), and alcohol soluble extract (43.5% w/w). HPTLC showed eight peaks at 256nm and 366nm. In UV-VIS-NIR, GH-3 has higher variation while other sample has higher leverage. GH-3 has apparent different profile from GH-1, GH-5. Conclusions: Swedana Samsakara effect was seen in both Jala and Gomutra but media (Samyoga) plays leading role to establish desired Gunas (qualities) and Karma (therapeutic action) in the final product.
机译:Samsakara(转化)和Samyoga(组合)在药剂学中起主要作用。 Samsakara被定义为Gunantaradhanam(转化)。瑞典是Agni Sannikarsha Samsakara。 Swedana Samsakara使用两种不同的培养基Jala和Gomutra造成的成品变化,可以在药理学和植物化学水平上观察到。目的:根据植物药理学,HPTLC和UV-VIS-NIR反射率(180-2500nm)研究,比较Swedana Samsakara与两种不同介质Jala和Gomutra的作用。材料和方法:在本研究中,准备了3个样品。 Haritaki Churna(粉末)(GH-1),Gomutra Swedita Haritaki(GH-3)和Jala Swedita Haritaki(GH-5),根据药理学(粉末显微镜),药物,HPTLC密度图和紫外线比较了Swedana Samsakara的作用-VIS-NIR反射率(180-2500nm)研究。结果:用不同培养基制备的样品在药理学,药物,HPTLC和UV-VIS-NIR方面表现出差异。 Gomutra Swedita Haritaki(GH-3)在所有植物药理学,HPTLC和UV-VIS-NIR中变化最大。 GH-3的粉末显微镜检查显示,表皮细胞团块,中果皮细胞不透明(不透明),薄壁组织中的棕色含量,细胞含量更深(棕色)和结晶物质等。植物化学参数显示pH(7.0),干燥失重(9.303) %w / w),灰分值(15.84%w / w),水溶性提取物(57.2%w / w)和醇溶性提取物(43.5%w / w)。 HPTLC在256nm和366nm处显示八个峰。在UV-VIS-NIR中,GH-3具有较高的变异性,而其他样品具有较高的杠杆作用。 GH-3与GH-1,GH-5具有明显不同的轮廓。结论:Swedana Samsakara效应在Jala和Gomutra中均可见,但媒体(Samyoga)在最终产品中确立所需的古纳斯(品质)和业力(治疗作用)方面起着主导作用。

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