芥菜綠 的英文怎麼說

中文拼音 [jiècài]
芥菜綠 英文
mustard
  • : 芥名詞(芥菜) mustard
  • : 名詞1 (能做副食品的植物; 蔬菜) vegetable; greens 2 (泛指副食) (non staple) food 3 (經過烹...
  • : 綠形容詞(像草和樹葉茂盛時的顏色) green
  • 芥菜 : 芥菜leaf mustard; senvy; indian mustard芥菜疙瘩 rutabaga; 芥菜堿 europine-n-oxide
  1. In the next layer, plant your greens such as spinach, swiss chard, mustard greens or collard greens

    在下一圈,種植色蔬如菠、唐萵苣、
  2. Dark green leafy vegetables such as broccoli, spinach, collards, turnip greens and yellow vegetables and fruits such as apricots are rich in biochemical substances that protect vision from one of the major factors in age - related macular degeneration, say richard bone, professor of physics, and john landrum, associate professor of chemistry, in the latest issue of the journal methods in enzymology

    物理教授理察柏恩及化學副教授約翰蘭卓姆最近在酵素學方法期刊上發表指出,深色葉子的蔬,像花椰藍大頭,還有黃色的蔬和水果,像是杏桃,都含有一些豐富的生化物質,這些生化物質是對抗中老年視斑性退化的一個主要因素。
  3. Ces of calcium. green beans, bok choy, broccoli, chinese cabbage flower leaves, chinese mustard greens, chinese spinach, kale, spinach, sweet potatoes are also good sources of calcium. soy milk and bean

    豆莧中國捲心的花和葉中國中國菠羽衣甘藍菠甜馬鈴薯也都是很好的鈣的膳食來源。
  4. Meet jointly to the criteria of spad / ck > 0. 9, plant length / ck > 1. 00 and lead content > 500mg / kg, and they are claimed hyperaccumulators. 2. ecophysiological response of the hyperaccumulators

    按以上標準篩選出6個富集pb的植物品種,分別是香根草、葉莧、裂葉荊、羽葉鬼針草、紫穗槐和蒼耳。
  5. Influences on host plant cell pathology by tumv infection tumv particles were scattered in cytoplasm area of diseased cells separately or in bundles. the pinwheels, scrolls and laminated aggregates, which were the cross sections of cylindrical inclusion bodies, were observed under transmission electron microscope. meanwhile, pathological changes of diseased chloroplasts " morphology and structure took place

    Tumv侵染寄主的細胞病理學特徵利用透射電鏡觀察接種寄主細胞的超薄切片,分離自杭州榨上的tumv分離物jc - 1在青的細胞質中病毒粒子分散或成束分佈;細胞質中存在不同形態的柱狀內含體,分別為風輪體、捲筒體、片層聚集體;同時,葉體發生了形態和結構上的改變。
  6. The detection of coat proteins in host chloroplasts infected with tumv the intact chloroplasts were isolated, the proteins attached to the chloroplast surfaces digested, then the total proteins of chloroplasts extracted. the coat protein was detected in both chloroplasts of chinese cabbage and mustard infected with tumv through western blot

    寄主葉體中tumv外殼蛋白的檢測通過提取青葉片中的完整葉體,用胰蛋白酶消除其表面蛋白后,抽提葉體總蛋白,然後用westernblot檢測,證明ti1mh cp存在於感病寄主的葉體中。
  7. One must look at the golden cabbage flowers below to see the glistening flowers welcoming the sunshine and swaying with the gentle breeze in a tender melody. thousands of flowers expose their beauty competitively with the shadowy colors of the unruffled young cabbage leaves that stretch toward the distant horizon

    人們欣賞下面金色花,就會看見閃爍的花朵,迎著陽光,隨著風兒輕柔地旋律在擺動,朦朧的嫩葉延伸至遠端的地平線,成千上萬的花朵,在葉襯托下,競相爭妍。
  8. The result implied the average cubage of every starch granule was smaller than the control free of tumv infection. moreover, chlorophyll content in chinese cabbage leaves decreased by 30. 3 % and that in mustard leaves by 25. 5 %

    同時,葉素含量也因tumv的侵染而降低,青葉細胞的葉素含量分別下降30 . 3和25 . 5 ,葉素a與b的含量比也有不同程度地降低。
  9. The electron transport rates of chloroplasts were depressed after chinese cabbage and mustard had been infected with tumv, whose extents reached 6. 4 % and 64. 6 % respectively. the decline of photosystem ii ( psii ) activities mainly contributed to the drop of electron transport rate, whose degrees reached 56. 9 % and 34. 3 %, with the statistical result p < 0. 01

    體電子傳遞全鏈的電子傳遞速率各降低6 . 4和64 . 6 ;光系統( ps )的電子傳遞活性各下降56 . 9和34 . 3 ,與健康對照的差異水平均達到極顯著;光系統( ps )的電子傳遞受抑程度較輕,分別為25 . 8和24 . 7 。
  10. Genes encoding the plant glutamate receptors were isolated from arabidopsis thaliana, a weed that has been adopted as a genetic model for plant researches. their study demonstrated that glutamate receptors in plants are also involved in a complex signalling pathway. when plants were grown in the presence of a compound that blocks human glutamate receptors, the plants response to light was partially hampered as illustrated by longer hypocotyl and reduced level of chlorophyll

    他們在擬南( arabidposisthaliana ,一種植物遺傳學研究常用的野草)中分離出?氨酸感受器的基因編碼,並發現這些感受器直接影響植物內的訊息傳遞當植物種植在含有?氨酸感受器抑制劑的培養基內,植物的感光反應即受影響,其下胚軸會增長而葉素的合成則減少,由此證明植物內光的訊息傳遞受?氨酸感受器調控。
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