Add to ORKGA method for isolating nitrogenase-derepressed mutants of Azotobacter is described, based on colour formation by colonies growing on pH or redox indicator media. Acetylene reduction activities are given for four ultraviolet-induced mutants and one naturally occurring strain growing with and without ammonium
Due to the role of azotobacteria in nitrogen fixation and to their potential biotechnological applic...
With the purpose of isolating and characterizing free nitrogen fixing bacteria (FNFB) of the genus A...
The gene encoding the noncoupled NADH:ubiquinone oxidoreductase (NDH II) from Azotobacter vinelandii...
Resorcinol, ethylene glycol and glutaric acid have been found to be specific substrates for the enri...
A number of of chlorate-resistant mutants of Azotobacter vinelandii affected in a general control of...
Stable strains of mutants of Azotobacter that do not fix nitrogen are difficult t
In the present study, 24 Azotobacter strains were isolated from soils of different areas of southern...
The present research was conducted to characterize the indigenous plant growth promoting (PGP) Azoto...
It has been demonstrated that ammonia, the natural endproduct of nitrogen fixation, acts as a corepr...
Plants establish direct interactions with various microorganisms living in the soil during growth. A...
Two outstanding characteristics of azoto-bacter, their abilitv to fix nitrogen and unusually high ra...
SUMMARY: Four types of utilization of nitrate nitrogen were observed with fourteen strains of the az...
Sustainable organic farming is one of the best methods to be adapted for the good agricultural pract...
Nitrogen fixation ability in free-living condition is one of the properties of diazotrophic bacteria...
A stab-culture method was adapted to screen for azo dyes-decolorizing bacteria from soil and water s...
Due to the role of azotobacteria in nitrogen fixation and to their potential biotechnological applic...
With the purpose of isolating and characterizing free nitrogen fixing bacteria (FNFB) of the genus A...
The gene encoding the noncoupled NADH:ubiquinone oxidoreductase (NDH II) from Azotobacter vinelandii...
Resorcinol, ethylene glycol and glutaric acid have been found to be specific substrates for the enri...
A number of of chlorate-resistant mutants of Azotobacter vinelandii affected in a general control of...
Stable strains of mutants of Azotobacter that do not fix nitrogen are difficult t
In the present study, 24 Azotobacter strains were isolated from soils of different areas of southern...
The present research was conducted to characterize the indigenous plant growth promoting (PGP) Azoto...
It has been demonstrated that ammonia, the natural endproduct of nitrogen fixation, acts as a corepr...
Plants establish direct interactions with various microorganisms living in the soil during growth. A...
Two outstanding characteristics of azoto-bacter, their abilitv to fix nitrogen and unusually high ra...
SUMMARY: Four types of utilization of nitrate nitrogen were observed with fourteen strains of the az...
Sustainable organic farming is one of the best methods to be adapted for the good agricultural pract...
Nitrogen fixation ability in free-living condition is one of the properties of diazotrophic bacteria...
A stab-culture method was adapted to screen for azo dyes-decolorizing bacteria from soil and water s...
Due to the role of azotobacteria in nitrogen fixation and to their potential biotechnological applic...
With the purpose of isolating and characterizing free nitrogen fixing bacteria (FNFB) of the genus A...
The gene encoding the noncoupled NADH:ubiquinone oxidoreductase (NDH II) from Azotobacter vinelandii...