anabaena

anabaena

1. FBA transgenic Anabaena sp. PCC 7120 was obtained by the method of triprentalmating for conjugative transfer. 2) The enzyme activity of FBA in transgenic cells was 31.2% higher than that of wildtype cells.

2)对转基因鱼腥藻及转空载体鱼腥藻、野生型鱼腥藻中FBA 酶活性比较发现,转基因藻中FBA 酶活性得到了提高,大约比野生藻提高了31.2%。

2. SYNCHRONOUS INDUCTION OF SPHEROPLASTS AND VACUOLES IN THE CYANOBACTERIUM ANABAENA PCC7120

7120原生质球和液泡的同步诱导

3. Anabaena mediocris var. minor

n. 中型鱼腥藻小型变种

4. Anabaena yunnanensis

n. 云南鱼腥藻

5. Anabaena solitaria

n. 单丝鱼腥藻

6. Anabaena circinalis var. macrospora

n. 卷曲鱼腥藻大孢变种

7. Anabaena ambigua

n. 可疑鱼腥藻

8. Anabaena hassalii

n. 哈氏鱼腥藻

9. Anabaena humicola

n. 土栖鱼腥藻

10. Anabaena variabilis

n. 多变鱼腥藻

11. Anabaena subdelicatula

n. 娇柔鱼腥藻

12. Anabaena laxa

n. 宽松鱼腥藻

13. Anabaena inaequalis

n. 崎岖鱼腥藻

14. Anabaena macrospora

n. 巨孢鱼腥藻

15. Anabaena kwangtungensis

n. 广东鱼腥藻

16. Anabaena lapponica

n. 拉普鱼腥藻

17. Anabaena doliolum

n. 桶形鱼腥藻

18. Anabaena oblonga

n. 椭圆鱼腥藻

19. Anabaena flos-aquae var. treleasi

n. 水华鱼腥藻屈氏变种

20. Anabaena volzii

n. 浮氏鱼腥藻

21. Anabaena planctonica

n. 浮游鱼腥藻

22. Anabaena hallensis

n. 海伦鱼腥藻

23. Anabaena hunanensis

n. 湖南鱼腥藻

24. Anabaena azollae

n. 满江红鱼腥藻

25. Anabaena sphaerica

n. 球孢鱼腥藻

26. Anabaena sphaerica var. tenuis

n. 球孢鱼腥藻小型变种

27. Anabaena anomala

n. 畸形鱼腥藻

28. Anabaena oryzae

n. 稻田鱼腥藻

29. Anabaena oscillarioides

n. 类颤鱼腥藻

30. Anabaena oscillarioides var. minor

n. 类颤鱼腥藻小型变种

31. Anabaena lemmermanni

n. 累氏鱼腥藻

32. Anabaena azotica

n. 红萍鱼腥藻

33. Anabaena torulosa

n. 纽曲鱼腥藻

34. Anabaena fertilissima

n. 肥沃鱼腥藻

35. Anabaena gelatinicola

n. 胶质鱼腥藻

36. Anabaena naviculoides

n. 舟形鱼腥藻

37. Anabaena cycadae

n. 苏铁鱼腥藻

38. Anabaena spiroides

n. 螺旋鱼腥藻

39. Anabaena scheremltievi

n. 许门鱼腥藻

40. Anabaena affinis

n. 近亲鱼腥藻

41. Anabaena catenula

n. 链状鱼腥藻

42. Anabaena shensiensis

n. 陕西鱼腥藻

43. Anabaena levanderi

n. 雷万鱼腥藻

44. All the results prove that the increase of FBA level in Anabaena sp.PCC 7120 could help enhance the photosynthesis activity in transgenic strain and could help increase the cell grow rate.

以上结果证明,在鱼腥藻体内特异的提高非调控酶FBA的水平,能在一定程度上提高转基因藻的光合活性,并且能够提高转基因藻的细胞增长效率。

45. The toxicity effect of 6 carbamic ester pesticides on Anabaena flos-aquae was studied.

以水华鱼腥藻为材料研究了6种氨基甲酸酯类农药对藻类的毒性效应。

46. Keywords ethynylestradiol（EE 2）;Photodegradation;Anabaena;UV light;

光降解;鱼腥藻;紫外光;

47. Isolation of Plasma and Thylakoid Membranes from the Heterocystous Cyanobacterium Anabaena sp. PCC 7120

具异型胞蓝细菌Anabaena sp.PCC7120质膜和类囊体膜的分离纯化(英文)

48. Formation of Short Filaments of Anabaena sp. PCC 7120 Induced by Several Factors

几种因素诱导鱼腥藻7120短藻丝体的形成

49. In northern latitudes in summer, extensive growth of Anabaena may form water blooms that remain suspended instead of forming a surface scum.

北纬夏季，鱼腥藻可形成水花，悬浮水中而非形成水表面的浮渣。

50. Keywords Monosulfuron;Monosulfuron-ester;Anabaena;Photosynsthesis Toxicity;

单嘧磺隆;单嘧磺酯;鱼腥藻;光合作用;毒性;

51. The LOECNOEC and MATC of 6 carbamic ester pesticides to Anabaena flos-aquae were researched so that the pesticides were reasonably and safely used in the environment.

同时研究了氨基甲酸酯类农药对水华鱼腥藻的LOEC、NOEC和MATC值,发现不同农药的LOEC、NOEC和MATC值也不相同。

52. Anabaena azotic

固氮鱼腥藻

53. Keywords Anabaena azotica Ley;Photosynthesis;Zinc Ion;Phycocyanin;Carbonic Anhydrase;

固氮鱼腥藻;锌离子;光合作用;藻蓝蛋白;碳酸酐酶;

54. CATALYSTIC PROPERTIES OF HYDROGENASE FROM ANABAENA AZOTICA LEY HB686

固氮鱼腥藻（Anabaena azotica Ley HB686）氢酶的催化性质

55. Anabaena wariabilis

多变鱼腥藻

56. 2．Anabaena, a freshwater bacteria, is a case in point.

如鱼腥藻，一种淡水藻类，就是这样。

57. Some generas of freshwater algae can produce toxins,such as Microcystis,Nodularia,Anabaena etc.

它能产生一种呕吐毒素和多种肠毒素,主要引发呕吐和腹泻型食物中毒。

58. The effects of frequency and magnetic strength on the cell viability and growth of blue-green algae Anabaena flos-aquae by pulsed electric magnetic field were studied.

对脉冲变频电磁场作用下,扫描频率和磁感应强度的变化对水华鱼腥藻细胞活性和生长的影响进行了研究。

59. The FBA gene from rice cytoplasm was transferred into filamentous,heterocystour cyanobacterium Anabaena sp.PCC 7120.Through antibiotic selection,we finally got the strain that could constantly express this meric gene.

将水稻胞质FBA嵌合基因转入鱼腥藻7120,通过相应的抗生素筛选及PCR鉴定后,确定得到了稳定遗传的转基因藻。

60. FACTORS AFFECTING FEEDING ABILITY OF CULEX PIPIENS LARVAE ON ANABAENA

影响库蚊幼虫摄食鱼腥藻的因素

61. Anabaena cylindricaon

柱孢鱼腥藻

62. Effect of Plant Growth Substances on Growth and Exogenous Gene Expression of Recombinant Anabaena sp.PCC7120

植物生长调节剂对转基因鱼腥藻7120生长与外源基因表达的影响

63. Keywords Carbamic ester pesticides;Anabaena flos-aquae;Toxicity;

氨基甲酸酯类农药;水华鱼腥藻;毒性;

64. Toxicity Effect of Six Carbamic Ester Pesticides on Anabaena Flos-aquae

氨基甲酸酯类农药对水华鱼腥藻的毒性效应

65. Anabaena flos - aquae

水华鱼腥藻

66. Effects of physical and chemical factors on the hemolysis of the Anabaena variabilis hemolysin

理化因子对多变鱼腥藻溶血素活性的影响

67. Keywords Metsulfuron-methyl;Bensulfuron-methyl;Anabaena flosaquae;growth inhibition;

甲磺隆;苄嘧磺隆;水华鱼腥藻;抑制生长;

68. Keywords electric magnetic field;pulsed style;varying frequency;Anabaena flos-aquae;growth;

电磁场;脉冲式;变频;水华鱼腥藻;生长;

69. Physiological Effects of Lanthanum on Cyanobacterium Anabaena azollae

稀土元素镧对满江红鱼腥藻的生理影响

70. The results revealed that there was the toxicity effect of 6 different carbamic ester pesticides on Anabaena flos-aquae.

结果发现,6种氨基甲酸酯类农药对水华鱼腥藻都有不同程度的毒性作用。

71. The results indicate that Lanthanum has stimulating effect on the growth of Anabaena azollae at lower concentration but has inhibiting effect at higher concentration.

结果显示低浓度镧对满江红鱼腥藻生长表现出促进作用，高浓度则表现出抑制作用。

72. vinegar to go Anabaena allow more soft and delicious chicken can be said to be one of the oldest condiment.

给蚬和蛤类等海鲜汤汁滴一点醋，矿物质会更易溶解，钙的摄取量将成倍增加。

73. Tilapia Anabaena

罗非鱼

74. Multiple linear regression analysis on Tilapia anabaena survival rate in over winter fishponds

罗非鱼越冬成活率多元线性回归分析

75. Keywords Acorus calamus;allelopathic effect;Anabaena flosaquae;chlorellin;Scenedesmus obliquus;Selenastrm Capricornutum;

菖蒲;化感作用;水华鱼腥藻;小球藻;斜生栅藻;羊角月牙藻;

76. Keywords Anabaena;Signaling;Protein Kinases;Oxidative Stress;

蓝细菌;蛋白激酶;信号转导;氧化胁迫;

77. NITROGEN FIXATION ACTIVITY OF ANABAENA 7120 AND ITS RELATION TO PHOTOSYNTHESIS

蓝藻Anabaena7120的固氮活力及其和光合作用的关系

78. Keywords Phycocyanin;extraction method;Anabaena sp.;microalga;pigment extraction;

藻蓝蛋白;提取方法;鱼腥藻;微藻;

79. Keywords Heterocyst;intein;cell cycle;DNA replication;Anabaena sp. strain PCC 7120;Temperature-sensitive;Synchronous culture;

蛋白内含子（内含肽）;异形胞;细胞周期;DNA复制;温度敏感型;同步培养物;

80. Linear Regression Analysis on Tilapia Anabaena Survival Rate and the DO Density in Overwinter FishPonds

越冬鱼塘溶解氧浓度与罗非鱼的成活率的线性回归分析