Some aspects of inorganic nitrogen conversion by microorganisms like N2O emission and hydroxylamine metabolism studied by Beijerinck and Kluyver, founders of the Delft School of Microbiology, are still actual today. In the Kluyver Laboratory for Biotechnology, microbial conversion of nitrogen compounds is still a central research theme. In recent years a range of new microbial processes and process technological applications have been studied. This paper gives a review of these developments including, aerobic denitrification, anaerobic ammonium oxidation, heterotrophic nitrification, and formation of intermediates (NO2-, NO, N2O), as well as the way these processes are controlled at the genetic and enzyme level
Diverse nitrogen-transforming microorganisms with a widevariety of physiological properties are empl...
The microbiological oxidation of ammonia to nitrite has been studied with particular reference to th...
Nitrogen (N) is a chemical constituent for almost all biological molecules including proteins, DNA, ...
Aerobic ammonium oxidizing bacteria were first isolated more than 100 years ago and hydroxylamine is...
Enzymatic reactions involving inorganic nitrogen species provide a rich variety of systems with whic...
The global nitrogen cycle is driven by a series of microbial activities. In the past few years, the ...
AbstractNitrogen is an essential element of life that needs to be assimilated in its most reduced fo...
Nitrogen is an essential element of life that needs to be assimilated in its most reduced form, ammo...
The stepwise reduction of nitrate has been studied rather extensively during the past years and meta...
Nitrogen is an essential component of all living organisms and the main nutrient limiting life on ou...
This doctoral research provides an advanced molecular approach for the investigation of microbial st...
Biological and industrial nitrogen fixation are the processes by which one of the most inert molecul...
Many countries strive to reduce the emissions of nitrogen compounds (ammonia, nitrate, NOx) to the s...
From recent research it has become clear that at least two different possibilities for anaerobic amm...
Bioavailable nitrogen is essential for all organisms and is the main limiting nutrient for life on o...
Diverse nitrogen-transforming microorganisms with a widevariety of physiological properties are empl...
The microbiological oxidation of ammonia to nitrite has been studied with particular reference to th...
Nitrogen (N) is a chemical constituent for almost all biological molecules including proteins, DNA, ...
Aerobic ammonium oxidizing bacteria were first isolated more than 100 years ago and hydroxylamine is...
Enzymatic reactions involving inorganic nitrogen species provide a rich variety of systems with whic...
The global nitrogen cycle is driven by a series of microbial activities. In the past few years, the ...
AbstractNitrogen is an essential element of life that needs to be assimilated in its most reduced fo...
Nitrogen is an essential element of life that needs to be assimilated in its most reduced form, ammo...
The stepwise reduction of nitrate has been studied rather extensively during the past years and meta...
Nitrogen is an essential component of all living organisms and the main nutrient limiting life on ou...
This doctoral research provides an advanced molecular approach for the investigation of microbial st...
Biological and industrial nitrogen fixation are the processes by which one of the most inert molecul...
Many countries strive to reduce the emissions of nitrogen compounds (ammonia, nitrate, NOx) to the s...
From recent research it has become clear that at least two different possibilities for anaerobic amm...
Bioavailable nitrogen is essential for all organisms and is the main limiting nutrient for life on o...
Diverse nitrogen-transforming microorganisms with a widevariety of physiological properties are empl...
The microbiological oxidation of ammonia to nitrite has been studied with particular reference to th...
Nitrogen (N) is a chemical constituent for almost all biological molecules including proteins, DNA, ...