绿藻

lǜ zǎo
  • green alga;green algae;scenedesmus obliquus;any kind of floating waterweed
绿藻绿藻
绿藻 [lǜ zǎo]
  • [green algae; any kind of floating waterweed] 一种绿色或黄绿色的藻类植物,可作管、球状或网、丝状,生于潮湿多水之处,可为单细胞,也可为多细胞

绿藻[lǜ zǎo]
  1. 另一种最近被研究的营养补充剂是一种被称为小球藻的绿藻。

    Another nutritional supplement recently studied is a green alga known as chlorella .

  2. 红球藻实际上是一种绿藻,它可以用来做饲料。

    Red globose alga is actually a kind of green alga , which can be used as feedstuff .

  3. 地衣是一种绿藻或蓝藻与一种真菌共生的形式

    Lichen is a form in which green or bluegreen algae and a fungus live together symbiotically .

  4. 一种适用于PCR反应的酵母菌、无绿藻及丝状真菌DNA提取方法

    DNA extraction from yeasts , Prototheca and filamentous fungi for PCR

  5. 已在绿藻、红藻与硅藻等真核藻中发现有质粒状DNA,其结构一般是环状或线状的双链DNA小分子。

    Plasmid - like DNAs have been discovered in green algae , red algae and diatom species etc.

  6. 目的介绍一种从酵母、无绿藻及丝状真菌中提取DNA以用于PCR反应的方法。

    Objective To introduce a DNA extraction method from yeasts , Prototheca and filamentous fungi for PCR .

  7. MT基因和蛋白广泛存在于动物、植物、真菌、绿藻中。

    They have been widely found in animals , plants , fungi and cyanobacteria .

  8. 以高等植物菠菜为对照,对管藻目绿藻刺松藻和假根羽藻叶绿素蛋白复合物的PAGE分离方法进行了优化。

    The conditions of detergent resolve and PAGE separation in the isolation of chlorophyll protein complexes of siphonous green algae are optimized and compared with those of spinach .

  9. 不同绿藻核rDNA间隔区ITS的序列和系统发育分析

    An Analysis of Nuclear rDNA ITS Sequence and Phylogenesis of Different Green Algae

  10. 用分子连接指数研究氯代芳香族化合物对绿藻的毒性及QSAR分析

    QSAR research on toxicity of chlorinated aromatic compounds to green algae based of molecular connectivity indices

  11. 如果这些海洋生物象富含钙质的绿藻那样,能够通过缓解周围水中的酸性来控制钙化部位的pH值,它们也可能会应对得更好一些。

    If critters were able to control pH at their calcification sites by buffering the acid in the surrounding water , as the calcareous green algae did , they also fared better .

  12. 绿藻门生物量与Mg~(2+)、NO3~-N、NH4~+N、总氮和有机物耗氧量呈线性相关。

    The relationship between biomass of Chlorophyta and Mg ~ ( 2 + ), NO_3 ~ - N , NH_4 ~ + N , total N as well as COD is linear dependence .

  13. 采用OECD标准方法测定了40种取代芳烃化合物对绿藻的48h急性毒性,毒性最强的是邻二硝基苯,其lg1EC50为504;

    The 48 h acute toxicity values of 40 substituted aromatic hydrocarbons to the algae were determined by using the standard method of OECD .

  14. 浮游藻类的群落结构为绿藻(Chlorophyta)-硅藻(Bachilariophyta)型;

    Community structure of the planktonic algae belongs to green algae diatom type ;

  15. 实验结果的回归分析表明,大型丝状绿藻吸附除磷时的模型符合Langmuir吸附等温线。

    The regression analysis of experiment results shows that the sorption model of the phosphorus removal by filamentous green algae follows the Langmuir sorption isotherm .

  16. 绿藻L1的总脂含量变化不大,但在低温条件下,其不饱和脂肪酸的含量亦相应提高;

    The temperature has little effect on the total lipid content of green microalgae L1 , but its unsaturated fatty acid content increases appropriately under low temperature conditions ;

  17. 因此,我们认为,丝状绿藻腐烂过程中引起的水质指标变化,尤其是降低溶解氧、降低水下光照强度、降低pH和使水体温度上升是沉水植物黑藻死亡的主要原因。

    Of water quality in the process of filamentous algae decomposing , especially the decreases of DO , light intensity under water and pH , and the increases of water temperature were the main reasons contribute to the death of Hydrilla verticillata .

  18. 黄浦江浮游植物共计有244种,隶属于8门83属。浮游植物数量生物量平均值硅藻门最多为62.57万个/L,其次是绿藻门为27.49万个/L。

    There are 244 species of phytoplankton in Huangpu River , which belonged to 83 genera of 8 phyla .

  19. 各门浮游植物优势种的组成情况是:绿藻以新月藻(Closteriumsp)、衣藻(Chlamydomonassp)占绝对优势;

    The dominant species of the phytoplankton were as the followings : Closterium sp and Chlamydomonas sp took the absolute dominant in Chlorophyta .

  20. R.藻红蛋白(R-phycoerythrin,R-PE)是最重要类型的藻红蛋白,它是多亚基超大分子量的蛋白色素复合物,为许多红藻和蓝绿藻的重要捕光色素分子。

    R-PE , a major type of PE , is supramolecular protein-pigment complex , as light-harvesting pigment of red algae and cyanobacteria .

  21. 系统发育分析结果显示,绿藻的八氢番茄红素合成酶基因形成一个进化枝,它们与高等植物的psy亲缘关系比较近。

    Phylogenetic analysis revealed that psy from green algae formed a monophyletic clade , and its closer relationship was higher plants .

  22. 盐生杜氏藻(Dunaliellasalina)是一种单细胞真核绿藻,它不仅能在高盐环境中生存,而且具有较强的抗紫外特性。

    Dunaliella salina is a unicellular eukaryotic organism ( alga ), it not only resist high density salt , but also be able to bear strong light .

  23. 南极冰藻绿藻B-7的异养培养

    Heterotrophic cultivation research of Antarctic ice algae Chlorophyceae B-7

  24. ,L4绿藻(Chlorophyceae)。研究了UVB辐射对南极冰藻中抗辐射物质的诱导作用,这些物质被认为具有抵抗UVB辐射损害而提供保护的作用。

    We studied the induced synthesis of anti-UV substances in the antarctic alga , which were thought to provide protection against damaging UV-B irradiation .

  25. 应用聚合酶链反应得到2株蓝绿藻的毒素聚酮合成酶(PKS)基因,并进行基因序列分析。

    Gene of polyketide synthase ( PKS ) from 2 toxin-producing cyanobacteria was prepared by polymerase chain reaction and the gene sequence was analyzed .

  26. 高浓度(500ppm)条件下,绿藻、蓝藻和硅藻分别在几分钟和1h内全部死亡。

    At a high concentration of available chlorine ( 500ppm ), 4 species of algae were died completely only in a few minutes .

  27. 浒苔(EnteromorphaProlifera)是我国资源丰富的野生绿藻,营养丰富,具有食用、药用价值。

    Enteromorpha Prolifera is a kind of wild green algae in China , with its rich resource and nutrient , food and medicinal value .

  28. 保健功能食品被誉为21世纪食品,绿藻含有一种叫小球藻生长因子(CGF)的物质,这种物质会促进身体生长,增强人体免疫功能。

    Health care foods are referred to as " 21 century food ", green algae consists of a kind of CDF , it can stimulate growth and enhance immunity for human .

  29. 在我国北方寒冷季节,可以利用异养培养方式大规模培养南极绿藻B7,为育苗提供充足的饵料。

    It is suggested that during cold winter in the north of China , Chlorophyceae B-7 could be cultured extensively through heterotrophic culture and can be used as mariculture food in the process of breeding .

  30. 研究结果不但丰富了蚯蚓和绿藻作为模式生物的基础数据,更重要是为PFOS环境毒理学综合评价提供有力的科学依据,为这类污染物的治理提供决策支持。

    The study not only enrich the data on algae and earthworms , but also provide the scientific basis for the ecological risk assessment and decision support for the management of the pollutants .