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salina

  • n.萨利纳;萨莱纳;萨利纳岛
salinasalina

noun

1
a town in central Kansas

数据来源:WordNet

  1. Situated in the hook of Italy , just north of Sicily , the Aeolian archipelago is made up of seven inhabitable islands , of which the largest and most developed are Salina , Lipari , and Vulcano .

    伊奥利亚群岛在意大利的“靴尖”上,位于西西里的北边。它由七个宜居的小岛组成,其中最大、开发得最好的是萨利纳岛、利帕里岛和武尔卡诺岛。

  2. The application and analysis of afforestation construction technology of Lianyungang salina

    连云港盐滩地绿化施工技术应用与分析3C技术在园林绿化工程中的应用

  3. Study on Main Active Components in the Extract of Dunaliella Salina

    盐藻浸膏中主要活性成分研究

  4. Discussion on the Vertical Design of Seaside Salina Area Development and Its Drainage Problem

    滨海盐碱地开发的竖向设计与排水问题探讨

  5. Experimental Study on Recovery of Dunaliella Salina Using Hollow Fiber Ceramic Membrane

    中空纤维陶瓷膜用于杜氏盐藻采收的实验研究

  6. Study on the Conditions for the Massive Culture of Dunaliella Salina

    盐生杜氏藻大量培养条件的研究

  7. The results showed that breakage cells were from the salina suspension in filter process .

    表明过滤过程中细胞破损主要的是悬浮在藻液中的细胞。

  8. PCR analysis was used to identify the transgenic Dunaliella salina .

    PCR法鉴定转基因盐藻。

  9. Thus , chloroplast transformation is an important field of D. salina transformation .

    因此,叶绿体转化成为盐藻转化研究的一个重要方向。

  10. Preliminary Study on Harvesting Dunaliella salina Cells by Foam Flotation Technique

    盐藻细胞泡载分离法采收的初步研究

  11. Discussion of Salina Mineralization Mechanism and Salina Production Management

    盐田成矿机理与盐田生产管理探讨

  12. Transformation of Dunaliella salina by Using Glass Beads & A Novel Transformation Method

    杜氏盐藻玻璃珠新型转化方法的建立

  13. Analysis on the Content of Inorganic Element in Dunaliella salina of Different Phage

    不同生长时期盐藻无机元素分析

  14. Overly high soil salinity can cause salina and limit the utility of soil .

    土壤盐分过高还可以造成盐碱地,限制土地的利用。

  15. Tell him to take care of salina .

    叫他照雇莎莲娜。

  16. Effect of Cultivation Density on Indoor Cultivation of Artemia salina

    不同培养密度对卤虫生长的影响

  17. Salina cell might be to reduce energy consumption to leave more energy to conquer salt stress .

    盐藻减缓细胞分裂速度可能是为了减少能量消耗,以留出足够的能量来应对盐胁迫;

  18. The lecture has discussed the primary study on biological effect of Dunaliella salina by different laser .

    还对不同激光辐照对盐生杜氏藻所产生的生物学效应机制进行了初步探讨。

  19. Study on selective marker of Dunaliella salina genetic engineering

    杜氏盐藻基因工程选择标记的研究

  20. Improving the Biomass of Dunaliella salina by Fed - Batch Culture

    采用流加培养技术提高盐藻生物量的研究

  21. Optimal Study of Dunaliella salina Culture Medium

    盐藻培养基的优化研究

  22. Salina is a favorable host for producing pharmaceutical proteins .

    因此,杜氏盐藻是生产药用蛋白的良好宿主。

  23. Study on technique of neutron irradiation in incubation of Artemia salina eggs

    中子辐照刺激卤虫卵孵化技术研究

  24. Contributions of Salina & On the Artistic Value of Wandering in the Night

    塞林纳的贡献&论《茫茫黑夜漫游》的艺术价值

  25. Dunaliella Salina Strain Breeding , Nutrition and Harmful Organism Control

    盐生杜氏藻品系选育、营养调控和敌害防治

  26. Recent Progress in a New Bioreactor : Dunaliella salina

    新型生物反应器&杜氏盐藻研究进展

  27. Study on Dunaliella Salina Cell Harvesting and Breakage in Hollow Fiber Microfiltration Process

    中空纤维膜浓缩盐藻细胞及细胞破损研究

  28. Studies on Culture and Harvesting of Dunaliella Salina Cells

    盐藻细胞的培养和采收研究

  29. Plant expressing vector construction of MAPK gene in Dunaliella salina and transformation to tobacco

    杜氏盐藻MAPK基因植物表达载体的构建及对烟草的转化

  30. Effects on growth and material accumulation of Dunaliella salina influenced by combination of B and Mo

    硼钼组合在盐藻生长与物质积累中的作用