Extraction of red pigment of wild amaranthus tricolor an analyses of it ' s stability 野生血苋菜红色素提取及其稳定性研究
On one hand , the growth of spad and the activity of nr had no significant difference at 5 % level . the maximum of soluble sugar content of amaranthus tricolor and bidens maximowiciziana showed significant difference compared with the contrched samples 试验结果表明,随着pb处理浓度的增加,各种富集植物的叶片叶绿素值、可溶性糖含量和硝酸还原酶活性表现出相同趋势,上升后又下降。
Particularly , the activated ratios ( 1 ) of cu and zn in thlaspi goesingense were the highest , which were 2 . 74 % and 3 . 56 % , the activated ratios ( n ) of cd in amaranthus tricolor was the highest , which is 2 . 17 % , but the heavy metals activated ratios of other plants were around 1 . 1 % 其中,羽叶鬼针草对污泥中的cd和zn活化作用比较高,其活化率分别为2 . 17 、 2 . 27 ,仅次于遏蓝菜;其次是紫穗槐, zn的活化率为2 . 55 。绿叶苋菜对cd的活化率较高。
The sequence of lead content in each hyperaccumulator was bidens maximowiciziana > amaranthus tricolor > sophora japonica > xanthium sibiricum > schizonepeta fenuifolio > vetiveria zizanioides in this study . on one hand , bidens maximowiciziana and amaranthus tricolor could transport the iiiost of the lead from roots to the above - ground parts , and the total heavy metal translocated ( tmt ) of bidens maximowiciziana and amaranthus tricolor rose to the 11 . 29mg and 9 . 17mg in 100 plants 结果表明,羽叶鬼针草和绿叶苋菜能把吸收的pb较多地运输到地上部, 100棵羽叶鬼针草和绿叶苋菜地上部的迁移总量高达11 . 29mg和9 . 179mg ;羽叶鬼针草根系对pb的耐性最强,当pb处理浓度为loomg
Amaranthus tricolor is an ornamental plant known as Bhaji in India, Callaloo in the Caribbean and Joseph's coat after the Biblical figure Joseph, who is said to have worn a coat of many colors. Although it is native to South America, many varieties of amaranth can be found across the world in a myriad of different climates due to it being a C4 carbon fixation plant, which allows it to convert carbon dioxide into biomass at an extremely efficient rate when compared to other plants.