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首页> 外文期刊>Pure and Applied Biology >Preliminary phytochemical analysis of selected plants occurring in district Nowshera, Khyber Pakhtunkhwa
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Preliminary phytochemical analysis of selected plants occurring in district Nowshera, Khyber Pakhtunkhwa

机译:近代地区所选植物的初步植物化学分析,Khyber Pakhtunkhwa

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Plants have some chemical origin that it contains important constituents and secondary metabolites, which are responsible for growth, development and other physiological action on other living organism. The current work investigated the qualitative analysis of major bioactive constituents of 10 medicinally important plants Viz Olea ferruginea , Chenopodium murale , Plantago lanceolata , Lactuca serriola, Parthenium hysterophorus , Carthamus oxycantha , Chrozophora tinctoria , Achyranthes aspera , Withania somnifera ?and Cichorium intybus were collected at two growth stages from different localities of district Nowshera, KP, Pakistan for their authentication. Alkaloids, Tannins, Sugar, Saponins, Flavonoids, Terpenoids, Cardiac Glycosides, Phenolics and Anthraquinone were analyzed qualitatively in two phenological stages (vegetative and fruiting stage) in all botanical taxa at three chemical fraction (n-hexane, chloroform and methanolic fraction) for its high potency for utilization of medicinal plants. The phytochemical evaluation revealed the presence of these chemical compounds. It was concluded that diversity of methyl alcohol (Methanolic) extract were most important regarding the presence of different biochemical compounds and proved that these plants are highly medicinal and responsible for treatment of many ailments. Therefore, information on these accessions could be best utilized for its commercial scale.
机译:植物具有一些化学原产地,它含有重要的成分和次生代谢物,其负责对其他生物体的生长,发育和其他生理作用。目前的工作调查了10种药用生物活性成分的定性分析Zez Olea Ferruginea,Chenopopodium Murale,Purtanago Lanceolata,Lactuca Serriola,占蒽萘藻,Carthamus Oxycantha,Chrozophora Ticontoria,Chroyanthhes Aspera,Hyania Somnifera(Chroia Somnifera)来自特区地区的不同地方的两个增长阶段,巴基斯坦的不同地区进行认证。在三种化学级分(正己烷,氯仿和甲醇级分)的两种酚类阶段(营养和结果阶段)分析生物碱,单宁,糖,皂苷,黄酮类,三萜,心脏糖苷,酚类和蒽醌,用于其利用药用植物的高效力。植物化学评价显示出这些化学化合物的存在。得出结论,甲醇(甲醇)提取物的多样性对不同生化化合物的存在最重要,并证明这些植物具有高度药用,负责治疗许多疾病。因此,有关这些加入的信息可以最好地用于其商业规模。

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