Abstract
Present-day knowledge of the microbiological oxidation of carbon monoxide is based on doubtful observations and imperfect experimental procedures. By making use of shake cultures in contact with gas mixtures containing high concentrations of CO and by employing liquid enrichment media with a low content of organic matter and solid media of the same composition with not more than 1.2% agar, it proved possible to isolate a co-oxidizing bacterium of the genus hydrogenomonas from sewage sludge. For the first time irrefutable proof has been given of the oxidation of carbon monoxide by a pure culture of a bacterium, both in growing cultures and in resting cell suspensions. 12 references.
Citation Formats
Kistner, A.
Bacterium oxidizing carbon monoxide.
Netherlands: N. p.,
1953.
Web.
Kistner, A.
Bacterium oxidizing carbon monoxide.
Netherlands.
Kistner, A.
1953.
"Bacterium oxidizing carbon monoxide."
Netherlands.
@misc{etde_5320919,
title = {Bacterium oxidizing carbon monoxide}
author = {Kistner, A}
abstractNote = {Present-day knowledge of the microbiological oxidation of carbon monoxide is based on doubtful observations and imperfect experimental procedures. By making use of shake cultures in contact with gas mixtures containing high concentrations of CO and by employing liquid enrichment media with a low content of organic matter and solid media of the same composition with not more than 1.2% agar, it proved possible to isolate a co-oxidizing bacterium of the genus hydrogenomonas from sewage sludge. For the first time irrefutable proof has been given of the oxidation of carbon monoxide by a pure culture of a bacterium, both in growing cultures and in resting cell suspensions. 12 references.}
journal = {K. Ned. Akad. Wet., Proc., Ser. C; (Netherlands)}
volume = {56}
journal type = {AC}
place = {Netherlands}
year = {1953}
month = {Jan}
}
title = {Bacterium oxidizing carbon monoxide}
author = {Kistner, A}
abstractNote = {Present-day knowledge of the microbiological oxidation of carbon monoxide is based on doubtful observations and imperfect experimental procedures. By making use of shake cultures in contact with gas mixtures containing high concentrations of CO and by employing liquid enrichment media with a low content of organic matter and solid media of the same composition with not more than 1.2% agar, it proved possible to isolate a co-oxidizing bacterium of the genus hydrogenomonas from sewage sludge. For the first time irrefutable proof has been given of the oxidation of carbon monoxide by a pure culture of a bacterium, both in growing cultures and in resting cell suspensions. 12 references.}
journal = {K. Ned. Akad. Wet., Proc., Ser. C; (Netherlands)}
volume = {56}
journal type = {AC}
place = {Netherlands}
year = {1953}
month = {Jan}
}