azotobacter

azotobacter

1. The effect of biological azotobacter fertilizer "Tian-Feng" on green house grape

"天丰"生物固氮肥在大棚葡萄上的施用效果

2. Keywords VA mycorhiza;wheat rhizosphere azotobacter;symbiosis.;

VA菌根真菌;小麦根际联合固氮菌;共生;

3. Abiogenous azotobacter on the body of Caloglossa leprieurii growing in Kandelia candel mangrove forest in Jiulongjiang estuary of Fujian Province

九龙江口红树林鹧鸪菜藻体自生固氮细菌

4. A NEW SPECIES OF AZOTOBACTER ISOLATED FROM THE SOIL OF FOOCHOW DISTRICT

从福州土壤中分离出一个固氮菌新种

5. PSB could also restrain the growth of fungi in the soil, enhance the ratio of azotobacter and fungi.

光合细菌还能明显降低真菌数量，提高放线菌／真菌比值，促进土壤健康。

6. The Cyanobacteria （blue green algae） and soil bacteria such as Azotobacter, which carry out BNF without plant involvement, are examples of free-living nitrogen fixing organisms.

兰细菌（兰绿藻类）和土壤细菌如固氮菌都是自生固氮微生物的代表，它们可以在没有植物介入下进行生物固氮。

7. Fertilizer Test of Azotobacter vinelandii, Bacillus megaterium and Bacillus mucilaginosus

固氮、解磷、解钾细菌制剂的肥效试验

8. STUDY ON FLOCCULANT PRODUCED FROM AZOTOBACTER J-25 BY USING GLUTAMIC ACID WASTEWATER

固氮菌J-25利用味精废水产生絮凝剂的研究

9. azotobacter N16

固氮菌N16

10. Azotobacter NT06

固氮菌NT06

11. azotobacter agent

固氮菌剂

12. Any of various rod - shaped,nonpathogenic,nitrogen - fixing bacteria of the genus Azotobacter,found in soil and water.

固氮菌发现于土壤和水中的一种固氮菌属的条状的、非致病的固氮细菌

13. Azotobacter and Azospirillum also have plant growth regulation activity besides fixing N2.

固氮菌和固氮螺菌除固氮之外，也有调控作物生长的作用。

14. Induction and ultrastructure for cysts of Azotobacter.

固氮菌孢囊的诱导及其超微结构。

15. Add 4% molasses and 2% wheat bran to the Azotobacter,Bacillus phosphaticum or Bacillus mucilagionsus solution can significantly improve the shelf life of these solutions.

在固氮菌、磷细菌、钾细菌等菌剂中加入4%的糖蜜、2%的麸皮可显著提高产品的保存期。

16. Studies on the Function of the Mo-Fe-Protein of the Nitrogenase from Azotobacter Vinelandii-OP

对棕色固氮菌OP固氮酶钼铁蛋白功能的初步研究

17. Effects on Fungus Decomposing Cellulose Accompanied by Azotobacter

接种固氮菌对纤维素分解过程的影响

18. only azotobacter, the number of grains per ear is more 9.3% than check.As to accumulation, each treatment is superior to check.

接种固氮菌的处理,穗粒数比对照提高9.3%,各处理的干物质积累都优于对照。

19. Abstract : Bacterial ferritin from Azotobacter vinelandii has qualitative characteristic absorption peaksin the visible spectral region.

摘要 ： 棕色固氮菌细菌蛋白在可见光谱区中有定性的特征吸收峰。

20. Fresh heavy, dry heavy, plant height and root length of Cole respectively increases 8.3%,10.7%,9.4%,9.1% comparing with the area of reference because of using the azotobacter fertilizer.

施加固氮菌可明显促进油菜的生长发育,使油菜的鲜重、干重、株高和根长平均比对照依次增加了8.3%、10.7%、9.4%、9.1%。

21. CATALYTICALLY ACTIVE DIMERIC Mo-Fe PROTEIN OF AZOTOBACTER NITROGENASE

有催化活性的固氮酶二聚态钼铁蛋白

22. The paper introduces the method of making azotobacter fertilizer by biological process and test method of bacteria.

本文介绍了生物法制固氮菌肥的方法,以及菌种的检验方法。

23. In this paper, under laboratory condition , the dynamic influence of both single and combined pollution of carbofuran and cadmium on the number of azotobacter was studied.

本文在实验室条件下,研究了克百威与镉单一及复合污染对土壤中好气性自生固氮菌数量的动态影响。

24. azotobacter vinelandii

棕色固氮菌

25. When the reduced MoFe protein from Azotobacter vinelandii Lipmann was treated with o _phenanthroline and air, an inactive protein partially deficient in both FeMoco and P_cluster could be obtained.

棕色固氮菌(AzotobactervinelandiiLipmann)固氮酶MoFe蛋白经邻菲啉和空气处理后,成为部分缺失P_cluster和FeMoco的失活蛋白。

26. Bacterial ferritin from Azotobacter vinelandii can directly and quickly pick reduction electrons from a metal platinum electrode or provide electrons to it.

棕色固氮菌细菌铁蛋白能直接快速地从金属铂电极上得到电子或提供电子给铂电极。

27. Crystallization of Nitrogenase MoFe Protein from a Mutant nifE Deleted Strain of Azotobacter vinelandii

棕色固氮菌缺失nifE的突变种固氮酶钼铁蛋白的结晶

28. Azotobacter vinelandii enzyme

棕色固氮菌酶

29. Keywords Azotobacter vinelandii enzyme;wool fiber;anti-shrinkage;

棕色固氮菌酶;羊毛纤维;防毡缩整理;

30. An experiment on azotobacter in sugarcane root sphere

甘蔗根际联合固氮菌试验

31. Perhaps because aerobes are easier to cultivate than anaerobes, most of the biochemical work was done on Azotobacter for many years.

生物化学研究的关键在于建立一个细胞外的活性酶体系。

32. Effect of Potential Treatment on Nitrogenase Activity of Azotobacter vinelandii Whole Cell

电位处理对棕色固氮菌整体细胞固氮活力的影响

33. Primary studies on electro-inducing Azotobacter vinelandii to express characteristics of ammonium-resistant

电诱导棕色固氮菌表达抗氨阻遏特性的初步研究

34. Influence of Mulching in Apple Orchard on the Azotobacter Contents in Soil

秸杆覆盖对苹果园土壤固氮菌数量年变化的影响

35. This problem was successfully solved by the mixed culture fermentation of Bacillus megaterium G-6 and Azotobacter chroococcum G-3. Combined with the fed-batch culture, The CDW and PHA yield could reach 47.8g/L and 38.2g/L.

结合间歇流加补料技术，CDW和PHA产量分别可达47.8g/L和38.2g/L。

36. The results showed that methamidophos inhibited the growth and activity of bacteria, Actinomyces and Azotobacter at different degree, but stimulated the growth of fungi;

结果表明，甲胺磷对细菌、放线菌和固氮菌群的生长具有不同程度的抑制作用，而对真菌却有一定的刺激效应；

37. Keywords Azotobacter vinelandii;Sodium aiginate;manuronic acid（M）;guluronic acid （G）;the ratio of M/G;

维氏固氮菌;褐藻酸钠;甘露糖醛酸（M）;古洛糖醛酸（G）;M/G比值;

38. The influence of pesticide on effect of nitrogen fixation of abiogenous Azotobacter was also determined.

还运用茚三酮显色反应检测农药对自生固氮菌固氮效果的影响。

39. The Effects of Citrato-molybdate Complex and Organic Acids on the Growth of Azotobacter vinelandii OP

钼酸盐-柠檬酸盐络合物及有机酸对棕色固氮菌生长的影响

40. Keywords Homocitrate;FeMoco;Nitrogenase MoFe protein;Azotobacter vinelandii;

高柠檬酸盐;铁钼辅因子;固氮酶钼铁蛋白;棕色固氮菌;