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Physiology, Biochemistry and Genetics of Dinitrogen Fixation
1983(Di)nitrogen fixation is the terminus technicus for the conversion of the dinitrogen molecule to ammonia according to the following equation: 6 H+ + 6 e- + N2=2 NH3. This reduction can proceed either chemically or biologically in a reaction catalyzed by the enzyme complex nitrogenase.
H. Bothe, M. G. Yates, F. C. Cannon
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Some Aspects of the Physiology of Dinitrogen Fixation
1981The physiology of an organism, or of a biological process, results from the integration of its biochemical and genetic features in the living organism. It can be approached descriptively, by a study of the responses of the organism or process to environmental changes, but more sophisticated understanding of physiology requires the integration of ...
J. R. Postgate +8 more
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Perovskite LiBaH3 for photo-assisted dinitrogen fixation
Science China ChemistryKaixun Cui +7 more
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Dinitrogen Fixation in Rhizosphere and Phyllosphere Associations
1983Among the agricultural systems which contribute biologically fixed nitrogen, the symbiotic legume associations described in Chapter II.2 are the most important. With the steadily increasing prices of nitrogen fertilizer however, other less perfect N2-fixing systems are becoming more and more important.
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Iron triphosphine complexes for the fixation of dinitrogen
Ammonia, which is essential for global fertiliser production and a potential zero-carbon fuel alternative, is one of the world's most produced chemicals. The Haber-Bosch process, discovered in the early 20 th century, initiated industrial-scale ammonia production from dinitrogen and dihydrogen.openaire +1 more source
Dinitrogen fixation in forest ecosystems
Canadian Journal of Microbiology, 1983openaire +1 more source