- methanogenesis, is the only
biochemical pathway for ATP
generation in
methanogens. All
known methanogens belong exclusively to the
domain Archaea,
although some bacteria...
-
pathway through which methanogens produce methane, is an
ancient and
widespread trait. The
monophyletic nature of
modern methanogens indicates that methanogenesis...
-
happened upon a
group of
methanogens with rRNA
vastly different from any
known prokaryotes or eukaryotes.
These methanogens were much more
similar to...
- form of
anaerobic respiration.
Methanogens do not use
oxygen to respire; in fact,
oxygen inhibits the
growth of
methanogens. The
terminal electron acceptor...
- this wide
distribution is a
group of
unique cofactors that
evolved in
methanogens,
which are
restricted to this
group of archaea.
Metabolism involves a...
-
methanogens reduces the
latter to methane. It is
placed among the Euryarchaeota, in its own class.
Methanopyrus kandleri is a rod-shaped
methanogen with...
-
Methanogen homoaconitase (EC 4.2.1.114,
methanogen HACN) is an
enzyme with
systematic name (R)-2-hydroxybutane-1,2,4-tricarboxylate hydro-lyase ((1R...
- in all
methanogens and Archaeoglobus. Additionally, 18
proteins which are
uniquely found in
members of Thermococci,
Archaeoglobus and
methanogens have been...
-
hydrogen reduction of
carbon dioxide.
Methane can also be
produced by
methanogens,
archaea that
produce methane under anoxic conditions, in a
process known...
- ends by
roughly 2,696 Ma. 3200
Paleoarchean Prokaryotic archaea (e.g.
methanogens) and
bacteria (e.g. cyanobacteria)
diversify rapidly,
along with early...
