1.【植】叶绿素
1.“chlorophyll”的变体
1.The variant of chlorophyll
1.Just as the plants on Earth a regreen with chlorophyl, the plants of Pandora, based on a different biochemistry, are mostly purple.
就像地球上植物因为叶绿素而呈现出绿色一样靠着另一套生物化学原理潘多拉上的植物大多数为紫色。
2.promote cotyledon cell expansion. In addition, cytokinins promote the growth and synthesis of chlorophyl as well.
此外，细胞分裂素还能促进叶绿体的发育和叶绿素的合成。
3.The assessing indexes are chlorophyl, photosynthetic capacity and respiratory capacity of plants .
评价指标为植物叶绿素、光合作用能力和呼吸作用能力。
4.Spraying cytokinin on waterlogged plants may stop the decrease of chlorophyl content and delay senescence.
用细胞分裂素喷施受湿害的植物，可抑制植株叶片的叶绿素含量下降，延缓衰老。更详细。
5.Sea extract application alone does not have obvious influence on rape leaf chlorophyl content and photosynthesis rate. 4.
海藻提取物与铜、铁和硼元素配施能促进小油菜对养分元素的吸收。
6.High pressure does not have obvious effect to the chlorophyl content.
高压对小麦中的叶绿素含量没有明显影响。
7.Cytokinin's Affection on Waterlogged Brassica Chinensis and Lactuca Sativa Chlorophyl Content
细胞分裂素对发生湿害的青菜、莴苣叶绿素含量的影响
8.Relationship between active phosphate and chlorophyl-a in near-shore water of Beihai Peninsula, Guangxi
广西北海半岛近岸水域活性磷酸盐与叶绿素a含量的关系
9.Effects of chemical industrial wastewater on catalase and chlorophyl in plant seedlings
化工废水对植物过氧化氢酶和叶绿素的影响
10.Extraction of Chlorophyl from Bamboo Leaves and Chlorophyl Stability
竹叶叶绿素的提取及其性质的稳定性