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TranslationMobile

莧屬植物

"amaranthus caudatus" in Chinese : 和尾穗莧
"amaranthus lividus" in Chinese : 凹頭莧
"amaranthus oleraceus" in Chinese : 食用莧
"amaranthus retroflexus" in Chinese : 反枝莧
"amaranthus spinosus" in Chinese : 刺莧
"amaranthus tricolor" in Chinese : 三色莧
"amaranthus viridis" in Chinese : 皺果莧; 鄒果莧
"amaranthus mosaic virus" in Chinese : 莧花葉病毒; 莧花葉簿
"amaranthpurple" in Chinese : 深青蓮
"amaranthine" in Chinese : adj. 1.不凋的。 2.似莧的。 3.深紫紅的。
"amaranthaceous plant" in Chinese : 莧科植物
"amaranthaceae" in Chinese : 莧科
"amaranth;modena" in Chinese : 深紫

Examples

Extraction of red pigment of wild amaranthus tricolor an analyses of it ' s stability
野生血莧菜紅色素提取及其穩(wěn)定性研究
Cloning of ava gene from amaranthus viridis and effect of aphid resistance on transgenic tobacco plants
野莧菜凝集素基因的克隆及抗蚜性
Isolation and rna expression pattem of a type 2 metallothionein - like gene in amaranthus cruentus l
型金屬硫蛋白基因的分離及其表達(dá)分析
Ultraweak biophoton emission and its mechanism during seed germination of amaranthus hypochondriacus
莧菜種子萌發(fā)過(guò)程的超微弱發(fā)光及其機(jī)理研究
Redroot pigweed ( amaranthus retroflexus l . ) is an annual species of weeds which is widely distributed and important in cultivated field and other land all over the world
摘要反枝莧是世界性分布的一種惡性雜草， ?解其生物學(xué)特性將有助于對(duì)其進(jìn)行有效防治。
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
試驗(yàn)結(jié)果表明，隨著pb處理濃度的增加，各種富集植物的葉片葉綠素值、可溶性糖含量和硝酸還原酶活性表現(xiàn)出相同趨勢(shì)，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，羽葉鬼針草對(duì)污泥中的cd和zn活化作用比較高，其活化率分別為2 . 17 、 2 . 27 ，僅次于遏藍(lán)菜；其次是紫穗槐， zn的活化率為2 . 55 。綠葉莧菜對(duì)cd的活化率較高。
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
結(jié)果表明，羽葉鬼針草和綠葉莧菜能把吸收的pb較多地運(yùn)輸?shù)降厣喜浚?100棵羽葉鬼針草和綠葉莧菜地上部的遷移總量高達(dá)11 . 29mg和9 . 179mg ；羽葉鬼針草根系對(duì)pb的耐性最強(qiáng)，當(dāng)pb處理濃度為loomg