Isolation, identification and nitrogenase activities of mulberry rhizosphere azotobacter;
Effect of Potential Treatment on Nitrogenase Activity of Azotobacter vinelandii Whole Cell Denitrification performance of immobilized effective microorganisms
The compound fertilizer improved the population of azotobacter and potassium bacteria, and the phosphate ammonium enhanced the population of phosphobacteria.
Nitrogen fixation ability of azotobacter and its effect on growth of spring wheat
The studies on the effects of Azotobacter N16 culture liquid in different culture period on its growth indicate that upper liquid and serums can accelerate the growth of N16.
Research on Ecogeographical Distribution of Abiogenous Azotobacter and Its Resistance to Pesticide
Catalytically active dimeric Mo-Fe protein of Azotobacter Nitrogenase
The numbers of bacteria 、 azotobacter and fungi were highest in spring.
Membrane potentials have regulating action to nitrogenase activity of whole cell from Azotobacter vinelandii.
The quantitative sequence was: silicate bacteria> phosphorus bacteria> aerobic azotobacter.
And inoculating microbes such as azotobacter, cellulose degrading bacteria, EM and so on.
The paper introduces the method of making azotobacter fertilizer by biological process and test method of bacteria.
Studies on the second nitrogenase of Azotobacter 1. the selection and identification of strain
The oxygen inactivation and protection of Azotobacter vinelandii Nitrogenase
A study of inoculating VA mycorhiza and Wheat Rhizosphere Azotobacter to wheat seed
Azotobacter is round brown one;
We use MPN method to count for Denitrifying bacteria, Nitrite bacteria and Nitrobacteria, while using coating method for the Azotobacter.
3, The effects of continuous cropping years on bacterial physiological groups were in the order: the total microbe number of ammoniation> nitrifier> azotobacter and cytophaga in investigated bacteria;
Energy transfer within nitrogen-fixing chain in Azotobacter vinelandii
Effects of Sucrose Concentration on Alginic Acid Fermentation by Azotobacter vinelandii
Studies on the reactivation of aerated nitrogenase MoFe protein from Azotobacter vinelandii by the compounds of iron molybdenum and sulfur
Influence of Azotobacter upon Contents of Nutrients of Sugarcane Leaves
According to the physiological properties of biological large molecules, three different electrochemical the were designed for studying electrochemical properties of pig spleen ferritin ( PSF) and bacterial ferritin, and for electrically inducing azotobacter vinelandii cell ( AV all) to express new physiological properties.
The effect of ATP/ ADP and Fe/ MoFe ratios on the number of ATP molecules hydrolyzed per electron pair transferred ( P/ 2e-ratio) was determined for nitrogenase from Azotobacter vinelandii and Clostridium pasteurianum.
Determination of CFU of resistant ammonia strains of Azotobacter inoculated rice
The effect of growth and oil degradation rate varied with species of plant when inoculated ECM fungi combined with specific bacteria or fungi, but both decreased compare with single inoculation when combined with azotobacter.
The relationship between the metal clusters and the conformation of molybdenum iron protein from Azotobacter vinelandii
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.