Pharmocognostic studies of JATROPHA Curcas Linn. (Euphorbiaceae)

Ga Ewurum, C. Ugwoke, Co Ezugwe
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Abstract

Jatropha curcas , a multipurpose, drought resistant, perennial plant belonging to Euphorbiaceae family is gaining due to its production of biodiesel. It is a tropical plant that can be grown in low to high rainfall areas either in the farm as a commercial crop or on the boundaries as a hedge to protect fields from grazing animals and to prevent erosion. The macroscopical, microscopical characters and the analytical standards of the plant were determined using standard methods. Macroscopical studies revealed that the petiole shows slight enlargement at the point of attachment. Leaf is dark green on the upper surface and pale green on the ventral surface, alternately arranged on the stem, reticulate venation, and margin palmately lobed. The stem is cylindrical in shape, smooth with spots of brown nodules. The root is cylindrical tapering to the end, and the surface smooth. Daughter roots are present. Microscopical Studies revealed that the powdered leaf possesses anomocytic stomata, prisms of calcium oxalate crystals, and starch grains. The powdered stem and root showed fibres associated with pitted vessels, phloem, xylem, sclereids, and prisms of calcium oxalate.The transverse section of the leaf showed the epidermis covered externally by wavy cuticle, anomocytic stomata, mesophyll consisting of spongy mesophyll composed of parenchyma cells with intercellular air spaces, and palisade mesophyll made up of cylindrical cells. The transverse of the stem and root showed epidermis having thin walls, phloem, xylem, and multiseriated medullary rays containing starch grains. The percentages of total ash for the leaf, stem and root of J. curcas , were 11.45, 5.30 and 6.05; water soluble ash values 5.50, 1.60 and 4.00; sulphated ash values 5.30, 6.00 and 8.90; acid insoluble ash values 0.65, 3.35 and 3.35; water soluble extractive values 2.55, 14.40 and 4.15; alcohol soluble extractive values 3.35, 3.80 and 2.65; moisture contents 12.25, 1.90 and 18.25 respectively. The quantitative analysis of the leaf showed that the palisade ratio is 4.75 ± 1.92; stomatal number, 26.50 ± 1.50; stomatal index, 0.57 ± 0.06; vein- islet, 9.75 ± 3.63 and veinlet termination number, 6.75 ± 2.86. Keywords : Jatropha curcas , Pharmacognostic studies, Euphorbiaceae Journal of Pharmaceutical and Allied Sciences , Vol. 7 No. 3 (2010)
麻疯树是一种多用途、抗旱、多年生植物,属于大戟科植物,因其生产生物柴油而受到重视。它是一种热带植物,可以在降雨量低到高的地区种植,既可以在农场作为商业作物,也可以在边界上作为篱笆,保护田地免受放牧动物的侵害,防止侵蚀。采用标准方法测定了该植物的宏观、微观性状和分析标准。宏观研究表明,叶柄在附着点有轻微的增大。叶上表面深绿色,腹表面淡绿色,在茎上交替排列,网状脉,边缘掌状浅裂。茎呈圆柱形,光滑,有褐色结节斑点。根部呈圆柱形,末端逐渐变细,表面光滑。子根存在。显微研究表明,粉末状叶片具有异常细胞气孔、草酸钙晶体棱柱和淀粉粒。粉末状的茎和根显示与草酸钙的凹陷导管、韧皮部、木质部、硬核和棱柱相关的纤维。叶的横切面上可见由波浪状角质层覆盖的表皮、无规则细胞的气孔、由薄壁细胞组成的海绵状叶肉和由柱状细胞组成的栅栏状叶肉。茎和根的横向有薄壁表皮、韧皮部、木质部和含有淀粉粒的多列髓射线。麻瓜叶、茎、根的总灰分比例分别为11.45、5.30和6.05;水溶性灰分值分别为5.50、1.60和4.00;硫酸盐灰分值分别为5.30、6.00和8.90;酸不溶性灰分值分别为0.65、3.35和3.35;水溶性萃取物值分别为2.55、14.40和4.15;醇溶提取物值分别为3.35、3.80和2.65;水分含量分别为12.25、1.90和18.25。叶片定量分析表明,栅栏比为4.75±1.92;气孔数:26.50±1.50;气孔指数,0.57±0.06;静脉-胰岛,9.75±3.63,静脉终止数,6.75±2.86。关键词:麻疯树;生药学研究;大戟科;医药科学杂志,2010年第7卷第3期
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