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- The effect of ammonium chloride (NH4Cl) on the growth of micro algae Dunaliella viridis was reported. 报道了氯化铵对绿色杜氏藻增殖的影响情况。
- Effects of salinity on growth rate, chlorophyll content and cell cycle of Dunaliella viridis 盐度对绿色杜氏藻生长速率、叶绿素含量及细胞周期的影响
- Construction and Characterization of a Dunaliella viridis Bacterial Artificial Chromosome Library 细菌人工染色体文库的构建和鉴定
- Dunaliella viridis 盐藻
- Review on molecular biology of Dunaliella sp. 盐藻分子生物学研究概况。
- Effect of Anthracene on Platymonas sp. And Dunaliella spp. 蒽对扁藻和盐藻的毒性效应。
- Immobilization culture of a marine microalgae Dunaliella sp. 盐藻固定化培养的初步研究。
- There are many euglena viridis algae in the water, which makes the water green. 水里有好多的眼虫，把水面都染绿了。
- I chattered cage, a film Zhujia laver, a bedspace apartments Pteria, a string Perna viridis, vibrant Crassostrea gigas. 一格格养殖网箱，一片片紫菜竹架、一笼笼珍珠贝、一串串翡翠贻贝、太平洋牡蛎生机勃勃。
- Results of radioactive trace experiments showed that the absorption of 134Cs and 65Zn by Perna viridis was selective. 示踪实验结果说明,翡翠贻贝对~(134)Cs和~(65)Zn是有选择性吸收的。
- The enzymes from Saccharomonospora viridis were used in wheat straw soda-AQ pulp bleaching an. 用该菌所产粗酶液漂白麦草烧碱-蒽醌浆，并对漂白机理进行研究。
- Results showed that growth and material accumulation of Dunaliella salina were promoted with the nitrate increasing. 实验表明，增加氮的供给可促进盐藻的物质合成与生长发育。
- The gill tectology and ultrastructure of Perna viridis were observed using light and electron microscopes. 摘要应用光镜和透射电镜观察翡翠贻贝鳃的组织形态学和超微结构。
- Dunaliella salina (D.salina) as a new novel bioreactor has been a research hotspot of algal gene engineering. 杜氏盐藻（简称盐藻）作为新型的生物反应器，成为藻类基因工程的研究热点之一。
- Result shows more and less Fe go against Dunaliella salina cell growth and material accumulation. 结果表明，培养液中供给铁过多或过少都不利于盐藻细胞的生长与物质积累。
- In P. viridis, gills consist of a pair of lamellibranch covering the visceral mass on both sides. 翡翠贻贝身体两侧各有一对鳃瓣，覆盖在内脏团之上，鳃瓣由众多鳃丝组成。
- The inhibition of influenza virus reproduction in chicken embryo was studied by polysaccharides from mussel Perna viridis(PVPS). 采用血凝滴度法研究翡翠贻贝多糖(PVPS)对鸡胚培养甲型流感病毒的抑制作用;
- The research, development and utilization of the active extract from Dunaliella salina from salt lake in China were introduced. 介绍了目前国内盐湖盐藻活性提取物的研究、开发、利用情况,并对盐湖盐藻活性提取物的市场前景进行了分析。
- The dominant species in the pest sub-communities are Myzus persicae (Sulzer), Cicadella viridis(Linnaeus), Erythroneura sudra. 害虫亚群落优势种主要有:桃蚜Myzus persicae(Sulzer)、大青叶蝉Cicadella viridis(Linnaeus)、桃一点叶蝉Erythroneura sudra.
- Unicellular green alga, Dunaliella salina (D.salina), is a biflagellar alga without cell wall, which is a kind of very important eukaryotic microalga. 杜氏盐藻是一种无细胞壁的单细胞双鞭毛真核藻类，是一种十分重要的藻类资源。
