- differentiation. The
genome of M.
acetivorans is one of the
largest archaeal genomes ever sequenced. Furthermore, one
strain of M.
acetivorans, M. a. C2A, has been...
-
Desulfitobacterium hafniense. Both M.
acetivorans and M.
mazei have
exceptionally large genomes. As of
August 2008, M.
acetivorans possessed the
largest sequenced...
- S2CID 24379247. LPSN "Desulfurella
acetivorans" at the
Encyclopedia of Life Type
strain of
Desulfurella acetivorans at
BacDive - the
Bacterial Diversity...
-
fatty acids as an
energy source. A
second species was
described as G.
acetivorans,
which also uses iron as its
terminal electron acceptor. List of Archaea...
- many (but not all)
Clostridium spp. Some
archaea such as
Methanosarcina acetivorans also fix nitrogen, and
several other methanogenic taxa, are significant...
- M.
acetivorans and G.
stearothermophilus S-layers to be proposed.
These models exhibit hexagonal (p6) and
oblique (p2) symmetry, for M.
acetivorans and...
-
determined by a
proteomic approach. The
major S-layer
proteins of M.
acetivorans C2A and M.
mazei Gö1 were
determined to be MA0829 and MM1976, respectively...
- compounds. Geoglobus: This
genus contains a
single species,
Geoglobus acetivorans,
which is
found in
hydrothermal vents. They are
thermophilic and can...
-
archaeal genome as of 2002 was 5,751,492 base
pairs in
Methanosarcina acetivorans,. The tiny 490,885 base-pair
genome of
Nanoarchaeum equitans is one-tenth...
-
evolved to use, like eukaryotes,
different subunits.
Methanosarcina acetivorans is
known to have five
types of subunits. The
ancestor to
eukarotic TriC...
