microalgae

microalgae

1. Biomass, Total Lipids and Fatty Acid EPA/DHA Composition of 11 Species of Microalgae

11种微藻脂类和EPA/DHA组成的研究

2. 2 K. K. I. U. Arunakumara; Heavy Metal Bioaccumulation and Toxicity with Special Reference to Microalgae [J]; Journal of Ocean University of China; 2008年01

1陈灿,王建龙;酿酒酵母吸附重金属离子的研究进展[J];中国生物工程杂志;2006年01期

3. Study on Changes of Plasmalemma Permeability and Important Inorganic Ions of Antarctic Ice Microalgae Chlorophyceae L-4 Under Low Temperature Stress

4细胞质膜透性及重要无机离子变化的研究

4. An improvement on determination of chlorophyl a concentration in microalgae by DMF

DMF提取微藻叶绿素a方法的改进

5. EFFECTS OF pH ON THE GROWTH, TOTAL LIPID CONTENT AND FATTY ACID COMPOSITION OF THE MARINE MICROALGA Nannochloropsis oculata

pH对眼点拟微绿球藻的生长、总脂含量及脂肪酸组成的影响

6. Studies on protein content and amino acid composition of seven microalgae

七种微藻蛋白质含量和氨基酸组成的比较

7. The results showed that both of SOD and POD activities,MDA content of marine microalgae are related with Cu2+ concentration in the medium,therefore,they could be as referenced biomarkers of Cu2+ stress.

两种海洋微藻的SOD、POD活力和MDA含量的改变与添加的Cu2+浓度具一定的相关性,因此可以考虑作为监测重金属Cu污染的有价值的生物标志物。

8. Antimicrobial Activities of the Polysaccharide and Protein Extracts from Two Species of Microalgae

二种微藻多糖与蛋白质提取物的抗菌活性

9. The hermetic photobioreactors used to cultivate microalgae were introduced,including fermenter style, tubular and flat plate bioreactor.Illuminated system were also discussed.

介绍了用于微藻培养的各种密闭式光生物反应器，包括发酵罐式、管式和平板式生物反应器及光照系统。

10. Our group major interesting is on the study of microalgae molecular biology and genetic engineering.

从蛋白质组和基因组水平，以及基因表达调控和蛋白质相互作用角度研究赤潮藻爆发的机理；

11. As an essential fatty acid, it plays an important role in the physiological activity.Arachidonic acid may be obtained from fish oil, fungal and microalgae,but each process has obvious shortcoming.

从鱼油、真菌丝、微藻中都可以提取花生四烯酸,但这些工艺都有着明显的缺点。

12. These results suggested that colons-forming cultivation of microalgae could be conducted in semi-solid agar substrate and Se-enriched .

以上结果表明，利用琼脂糖半固体培养基进行微藻集落培养是可行的，并成功筛选到富硒螺旋藻。

13. Preliminary study on the growth stimulation of marine microalgae stimulated by low level of toxicant

低浓度毒物对海洋微藻生长刺激效应的初步研究

14. RELATIONSHIP BETWEEN SPECIFIC EXTINCTION RATE AND MICROALGAE GROWTH IN PHOTOBIOREACTORS

光生物反应器微藻生长与比消光系数的关系

15. Keywords Photodegradation;Microalga;Aniline;Estrogen;

光降解;微藻;苯胺;雌激素;

16. Now we focus on the field of proteomic of red bloom algae, the circadian clock and gene function of microalgae, eg microcystis.We study and do well in the cyanobacteria genetic engineering.

克隆铜绿微囊藻的生物钟基因，研究赤潮藻的分子生物钟与其爆发的关系.建立蓝藻高效表达系统，利用蓝藻受体系统表达药用蛋白基因.

17. Identification of three harmful microalgae using whole cell hybridization

全细胞杂交在三种赤潮微藻检测中的应用

18. Keywords UV-B radiation;CO_2 enrichment;Marine microalgae;Antioxidant enzymes;infrastructure;

关键词UV-B辐射;CO_2加富;海洋微藻;抗氧化酶;超显微结构;

19. A Preliminary Study on the Relationship Between Ice-active Substances and Low-temperature Acclimation of Antarctic Ice Microalgae

冰活性物质与南极冰藻低温适应性关系的初步研究

20. Culture of High Selenium-enriched Spirulina platensis with a Stepwise Selenium Addition Method and Its Effects on the Photosynthetic Pigment and Protein Contents of the Microalgae

分次加硒法培养高富硒量螺旋藻及其对藻体光合色素和蛋白质含量影响的研究

21. Study on Modified Starch Microencapsulation of DHA Single Cell Oil from Microalgae

利用变性淀粉微胶囊化微藻单细胞DHA油脂的研究

22. Progress and prospect of production of DHA and EPA from oceanic microalgae

利用海洋微藻生产DHA和EPA的研究现状及前景

23. Study on the Construction of Heterotrophic and High-Containing EPA/DHA Microalgae by Cell Fusion Technique

利用细胞融合技术构建富含EPA/DHA异养微藻株的研究

24. This phenomenon could be used to monitor the synchronous grow th of single-cell microalgae.

利用这一特性可以监测单细胞藻的同步生长。

25. Antarctic ice microalgae

南极冰藻

26. Keywords Antarctic ice microalgae;ultraviolet irradiation;mycosporine-like amino acids（MAAs）;

南极冰藻;紫外辐射;类菌胞素类氨基酸;

27. Keywords Antarctic ice microalgae;Chlamydomonas sp. L4;Morphology;Ultrastructure;Adversity acclimation;Proteomics;Ice-active substances;

南极冰藻;绿藻L4;形态学;超微结构;逆境适应性;蛋白质组学;冰活性物质;

28. Study on the Adversity Acclimation of Antarctic Ice Microalga Chlamydomonas sp.L4 and Its Anti-Adversity Proteomics

南极冰藻Chlamydomonas sp.L4的逆境适应性及其抗逆蛋白质组学的研究

29. Study on the Adaptation to UV-B Enhancement and Active Substances Against Ultraviolet Irradiation of Antarctic Ice Microalga

南极冰藻对UV-B辐射增强的适应性及其抗紫外线辐射活性物质的研究

30. Advances in Study on Acclimation of Antarctic Ice Microalgae to Extreme Environment

南极冰藻极端环境适应性的研究进展

31. DISTRIBUTION CHARACTERISTICS OF PLANKTONIC NANO-AND MICROALGAE IN ADJACENT SURFACE WATERS OFF THE SOUTH SHETLAND ISLANDS,ANTARCTICA

南极南设得兰群岛邻近水域表层微小型浮游藻类的分布特征

32. Study on Glutathione and Glutathione-Related Enzymes of Antarctic ICE Microalgae GJ01 and ICE-L

南极硅藻GJ01和南极衣藻ICE-L谷胱甘肽及其相关酶的研究

33. Study on Physiology and Biochemistry Characters of Antarctic Ice Microalgae Chlamydomonas sp. L4 Chloroplasts and Its Acclimation to Low Temperature;

南极衣藻L4)为材料,进行叶绿体生理生化特性及其低温环境适应性的研究,以期为南极冰藻抗逆机理的研究和应用开发提供科学依据。

34. Keywords Nanji Islands National Marine Nature Conservation Area;nano and microalgae;ecological groups;

南麂列岛国家海洋自然保护区;微、小型藻类;分类及生态;

35. Study on the immobilization culture of marine microalga Dicrateria sp.

叉鞭金藻固定化培养的初步研究。

36. It is shown from the study results that Antactic ice microalgae, especially Chlamydomas sp. ICE-L and B. rutilans GJ01 can be a new source of GSH.

可见,南极冰藻成为谷胱甘肽的新来源是有可能的,尤其是南极硅藻GJ01和南极衣藻ICE-L。

37. The cultural environment was improved via optimizing the structure of microalgae community by directive breeding microalgae.

可见，通过微藻的定向培育方法来优化虾池微藻群落结构，可改善养殖环境。

38. Immobilized microalgae

固定化微藻

39. Keywords immobilized cells;Platymonas subcordiformis;marine green microalgae;hydrogen;CCCP （carbonyl cyanide m-chlorophenylhydrazone）;

固定化细胞;亚心形扁藻;海洋绿藻;放氢;CCCP（羰基氰化物间氯苯腙）;

40. Isolation and Determination of Cultural Characteristics of Microalgae for Greenhouse Gases Fixation from the Stack Gases

固定烟道气温室气体的微藻的分离及培养特性测定

41. The crude grease from Chlorella pyrenoidosa had the strongest antimicrobial activities against Helminthosporium turcicum of the four microalgae crude grease;

在4种微藻的粗脂中，蛋白核小球藻的粗脂对玉米大斑病菌的抗菌活性最强；

42. At ENN's research campus, scientists are testing microalgae to clean up the back-end of a process to use coal more efficiently.

在新奥集团（ENN）的研究中心，科学家们正在测试用微藻在一个更有效利用煤炭的工序的末段做最后处理。

43. The quantity of oleic acid in porphyra filamentous generation is much more than that of other microalgae of red algae which represented by porphyridium cruentum.

在紫菜丝状体世代含有较高含量的油酸，远高于以紫球藻为代表的红藻纲的其他微藻。

44. engineered microalgae

工程微藻

45. EFFECT OF INITIAL CELL STATUS ON THE TOXICITY TEST OF MICROALGAE USING FLOW CYTOMETRY

应用流式细胞技术研究种群初始状态对藻类毒性效应的影响

46. Observations and Analysis on Fluorescence of Microalgae Inducted by Laser[J].

引用该论文 欧琳,庄惠如,陈荣,雷晋萍.

47. Ecological Factors Affecting Paralytic Shellfish Toxin Production of Marine Microalgae

影响海洋微藻生产麻痹性贝类毒素的重要生态因素

48. Keywords photobiological hydrogen production;microalgae;acetate;coculture;immobilized and dissolving;sustained hydrogen production;phycocyanin;

微藻;光合放氢;乙酸;藻菌共培养体系;连续放氢;藻蓝蛋白;

49. Keywords microalgae;solvent extract;antibacterial activity;antifungal activity;

微藻;提取物;抗细菌活性;抗真菌活性;

50. Keywords H_2O_2;microalgae;toxic effect;inhibition rate;

微藻;毒性效应;抑制率;

51. Keywords Microalgae;Isochrysis galbana;Culture;Growth inhibitor;Carbonic anhydrase;

微藻;球等鞭金藻;培养;生长抑制物;碳酸酐酶;

52. Keywords microalgae;biomass;intracellular products;separation;

微藻;生物量;活性物质;分离提取;

53. Keywords Microalgae;Diatom;Eicosapentaenoic acid;Polyunsaturated fatty acids;Heterotrophic;

微藻;硅藻;二十碳五烯酸;多不饱和脂肪酸;异养;

54. producing hydrogen using microalgae

微藻制氢

55. Microalgae seen under the microscope: CO2-feeders in the ocean.

微藻在显微镜下看到：二氧化碳食海洋中。(A.

56. Application Prospect and Research Advances in Heterotrophic Production of Eicosapentaenoic Acid by Microalgae

微藻异养产生二十碳五烯酸的新进展

57. Microalgae needs CO2 for the growing.

微藻的成长需要二氧化碳。

58. cell chip for microalgae;

微藻细胞芯片；

59. microalgae community structure

微藻群落结构

60. NEW ADVANCES ON FATTY ACID DESATURASE AND REGULATION OF THESE GENES EXPRESSION BY ECOLOGICAL FACTORS IN MICROALGAE CELLS

微藻脂肪酸去饱和酶及其基因表达的生态调控研究新进展

61. microalgae selection

微藻选择性

62. Total Microanalysis of ratty Acids, Sterols and Free Amino Acids in Marine Microalgae by GC-MS

微量海洋微藻脂肪酸甾醇及游离氨基酸GC-MS分析研究

63. Preliminary Studies on the Marine Ciliate, Euplotes vannus Grazing Bacteria and Microalgae, Chlorella sp.

扇形游仆虫对细菌及小球藻摄食的初步探讨。

64. It was pointed out that using technique of producing renewable energy by microalgae pyrolysis was the effective method for solveing energy crisis at present.

指出了利用微藻热解产生可再生生物能源的技术是解决目前能源紧张的非常有效的方法。

65. Gene delivery has become a well used technique both for economic and research purpose and been applied in aquactic organisms, such as fish, shellfish, microalgae, and macroalgae.

摘要:做为经济应用或是基础研究的前提下，基因转殖已经发展成为一个好用的技术工具，用以进行水产生物的特质改良，包括食用的鱼介贝类、微细藻或是大型藻等。

66. Unicellular green alga chlorella is kind of important eukaryotic microalga.

摘要单细胞真核藻类-小球藻是一种重要的微藻资源。

67. The conversion of microalgae lipid into biodiesel will be left for future investigations.

有关利用微藻所含油脂生产生质柴油之研究，将留给后续研究人员做探讨。

68. Keywords harmful algal bloom（HABs）;microalga;macroalga;allelopathy;joint effect;co-culture;

有害赤潮;微藻;大型海藻;相生相克作用;联合作用;共培养体系;

69. As a environmental factor,the salinities affect the toxicity of the Dichlorvos to the microalgae hardly.

本文对不同盐度下敌敌畏对海水小球藻的毒性效应进行了研究。

70. The recent advances of pharmacological and nutritional studies on the green microalga Chlorella were reviewed.The focus in this paper was on the pharmacological effects of Chlorella.

本文综述了小球藻营养保健和药理作用研究的最新进展,并着重阐述了小球藻的生理功能。

71. In the laboratory culture experiments, the effects of nitrogen, phosphorus and their interaction on the growth of microalgae Isochrysis were observed.

本文通过室内培养试验,研究了水体中氮、磷含量变化及氮、磷交互作用对金藻增殖的影响,并比较了不同形态的氮盐对该藻增殖的效应。

72. 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。

73. MICROALGAE ADEPTED TO EXTREME STRESS ENVIRONMENTAL AND THEIR POTENTIALITY FOR SOCIAL SUSTAINED DEVELOPMENT

极端环境微藻与社会持续发展

74. The indirect effects of Chlamys farreri on microalgae growth

栉孔扇贝对单细胞藻类生长间接作用的研究

75. Jian - Ping Yuan.Feng Chen Purification of trans - astaxanthin from a high - yielding astaxanthin ester - producing stain of the microalga Haematococcus pluvialis 2000

欧阳琴.陈兴才.黄亚治雨生红球藻虾青素提取工艺条件研究[期刊论文]-福州大学学报（自然科学版）2003(12

76. Keywords Hydrodictyon reticulatum;microalgae;total saccharides;total nitrogen;total phosphorus;

水网藻;微藻;总糖;总氮;总磷;

77. Marine Microbiological Chemistry：Microalgal bioactive product chemistry and renewable energy from microalgae.

海洋微生物化学：微藻活性产物化学及微藻可再生能源利用。

78. marine microalga

海洋微藻

79. Keywords Marine microalga;Amphidinium;Chemistry;Bioactivity;

海洋微藻;前沟藻属;化学;生物活性;

80. Keywords sea microalgae;pollution;organic compound;decontamination;

海洋微藻;污染;有机物;净化;