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Main Index >> Nitrogen Fixation

Nitrogen Fixation
Outline of Nitrogen Cycle
Biological Nitrogen Fixation
Methodology of Nitrogen Fixation
Acetylene Reduction Measurements
In Situ Assay
Soil Cores Removed From Soil
Excised Root Assay
Nitrogen Fixing Bacteria
Freeliving Nitogen Fixing Bacteria
Freeliving Nitrogen Fixing Microorganisms
Symbiotic Nitrogen Fixing Bacteria
Associative Nitrogen Fixing Bacteria
Legume Rhizobium System
Nodules
Repression by Fixed Nitrogen
Leghaemoglobin
Specificity of Bacteria and Legumes
Inoculation with Nitrogen Fixing Bacteria
Nitrogen Fixation in Grasses
Nitrogen Fixing Bacteria in Grasses
Specificity of Nitrogen Fixing Bacteria in Grasses
Inoculation with Nitrogen Fixing Bacteria in Grasses
Electron Donors
Electron Carriers
Ferredoxins
Flavodoxin
Nitrogenase
Compounds Reduced by Nitrogenase
Structure of Nitrogenase Components
 

Nitrogen Fixation


Nitrogen Fixation - Nitrogen is abundant in the atmosphere, sea and rocks. It constitutes four fifths of the earth's atmosphere. It is not, however, always present in forms that can be used by plants and animals. The relative inertness of the nitrogen molecule does not make it a suitable source of nitrogen for most organisms. Green plants assimilate nitrogen mainly in the form of nitrate. This then contributes nitrogen to proteins, nucleic acids and other biological compounds. These compounds in turn serve as a source of nitrogen for the entire animal kingdom.

Fe Protein
Mo-Fe Protein
Mechanism of Nitrogenase Action
Hydrogen Evolution
Factors Affecting Nitrogenase Activity
Nitrogen Fixation Genes
Genetic Engineering of Nitrogen Fixation Genes
Nitrification
Nitrite Formation - Nitrosobacteria
Nitrate Formation - Nitrobacteria
Cytochromes of Nitrobacter
Nitrate Reduction
Ammonification
Denitrification
Denitrifying Bacteria
Ecological Importance of Denitrification
Nitrogen Assimilation
Transamination
Glutamate Dehydrogenase (GDH)
Glutamate Synthase (GOGAT)
Glutamate Synthase Pathway
Glutamine Synthetase (GS) Reaction
Glutamate Synthase (GOGAT) Reaction
Transaminase Reactions
Glutamine Synthtase
Adenylylation and Deadenylylation