首页> 外文期刊>Science World Journal >Foliar Epidermal And Phytochemical Studies Of The Grasses Cymbopogon citratus (Stapf.), Axonopus compressus (P. Beauv.) And Eragrostis tremula (S. W. Beauv) In Ekpoma, Edo State, Nigeria.
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Foliar Epidermal And Phytochemical Studies Of The Grasses Cymbopogon citratus (Stapf.), Axonopus compressus (P. Beauv.) And Eragrostis tremula (S. W. Beauv) In Ekpoma, Edo State, Nigeria.

机译:在尼日利亚伊多州埃克波马市的草C草(Capbopogon citratus)(Stapf。),轴突草Axonopus compressus(P. Beauv。)和草草Eragrostis tremula(S. W. Beauv)的叶表皮和植物化学研究。

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This study presents investigations into the epidermal and phytochemical features of Eragrostis tremula (S.W.Beauv.), Cymbopogon citratus (Stapf.) and Axonopus compressus.(P.Beauv.). Epidermal features of the different species in the three genera showed slight differences for both the adaxial and abaxial parts with respect to prickles, papillae, macro hairs and micro hairs. Long cells, short cells, stomata and silica bodies are almost universally present in all the three species. With respect to their phytochemical characteristic, Cymbopogon citratus tested positive for alkaloid, saponin, inulin, cellulose, tannin and lignin; Eragrostis tremula tested negative for lignin and positive for cellulose, saponin and alkaloids while Axonopus compressus tested negative for lignin, but positive for alkaloid, saponin, inulin, cellulose and tannin respectively. Leaf epidermal studies help to determine patterns of variation in plant species thus helping in our knowledge of such species. It is useful in determining their different morphological, epidermal and phytochemical characteristics thus helping in the assessment of its values in species identification, classification and in establishing a taxonomic relationship between different species being studied.?
机译:这项研究提供了对Eragrostis tremula(S.W.Beauv。),Cymbopogon citratus(Stapf。)和Axonopus compressus。(P.Beauv。)的表皮和植物化学特性的研究。在三个属中,不同物种的表皮特征在​​皮刺,乳头,大发和微发的前,后部都有轻微的差异。在这三个物种中,长细胞,短细胞,气孔和二氧化硅体几乎普遍存在。就其植物化学特性而言,柠檬柠条的生物碱,皂苷,菊粉,纤维素,单宁和木质素的检测结果均为阳性。 E草(Eragrostis tremula)的木质素测试结果为阴性,而纤维素,皂苷和生物碱的测试结果为阳性,而x草的木质素测试结果为阴性,而生物碱,皂苷,菊粉,纤维素和单宁的测试结果均为阳性。叶表皮研究有助于确定植物物种变异的模式,从而有助于我们了解此类物种。在确定它们不同的形态,表皮和植物化学特性方面很有用,从而有助于评估其在物种识别,分类中的价值,并有助于在所研究的不同物种之间建立分类学关系。

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