-transparent.png){kind=logo}
The ability for nitrification was studied among mesophilic and thermophilic cultures of obligate methylotrophs Methylobacter ucrainicus, Methylomonas methanica, and Methylococcus thermophilus. The strains were almost incapable of nitrification under autotrophic conditions. In the presence of methane, however, they oxidized NH+4 TO NO-2: over 150 mg/litre NO-2 nitrogen was found in the cultural broth. Therefore, obligate methylotrophs are capable of heterotrophic nitrification. The level of nitrification suggests that it is not a side reaction but a necessary stage of the metabolism of obligate methylotrophs. The phenotype relation between obligate methylotrophs and nitrifying organisms is discussed.
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1978,
Mikrobiologiia,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1973,
The Biochemical journal,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1976,
Acta biochimica Polonica,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1976,
Mikrobiologiia,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1976,
Mikrobiologiia,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
October 2009,
The American naturalist,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
June 1975,
The Biochemical journal,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 1979,
Antonie van Leeuwenhoek,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
March 1974,
Mikrobiologiia,
V A Romanovskaia, and
Z P Shurova, and
V V Iurchenko, and
L V Tkachuk, and
Iu R Malashenko
January 2020,
International journal of cardiology,
