- may also be
referred to as
Knallgas (Scandinavian and
German Knallgas; lit. 'bang-gas'),
although some
authors define knallgas to be a
generic term for...
-
thiosulfate and tetrathionate.
Knallgas bacteria are able to fix
carbon dioxide using H2 as
their chemical energy source.
Knallgas bacteria stand out from other...
-
radiolytic H2 are the
knallgas bacteria, lithoautotrophes, that
obtain energy by
oxidizing molecular hydrogen via the
knallgas reaction: H2 (aq) + 0.5O2...
-
Nitrifying bacteria, sulfur-oxidizing bacteria, iron-oxidizing bacteria,
Knallgas-bacteria
photolithoautotrophs obtain energy from
light and
carbon from...
-
Nomenclature of Bacteria.
Cupriavidus necator is a hydrogen-oxidizing
bacterium ("
knallgas" bacterium)
capable of
growing at the
interface of
anaerobic and aerobic...
-
human body Ear canal, a tube
running from the
outer ear to the
middle ear
Knallgas,
sometimes misspelt as "canal gas" or "canalgas," a term used in microbial...
-
other compounds during respiration.
Aerobic H2
oxidation is
known as the
Knallgas reaction.
Anaerobic H2
oxidation often occurs during interspecies hydrogen...
-
mixture of components)
Gerade and its
opposite ungerade (quantum mechanics)
Knallgas Reaction Kugelrohr,
distillation apparatus Meitnerium Mischmetall (lit...
- (O2).
Hydrogenase from
Ralstonia eutropha, and
several other so-called
Knallgas-bacteria, were
found to be oxygen-tolerant. The
soluble [NiFe] hydrogenase...
- source.
Venenivibrio stagnispumantis gains metabolic energy using the "
Knallgas"
reaction H2 + ½ O2 → H2O. For
growth either elemental sulphur (S0) or...
