-
organisms are thermophilic,
unlike most
other green sulfur bacteria.
Family Chlorobiaceae Copeland 1956 ["Chlorobacteriaceae"
Geitler &
Pascher 1925] ?Ancalochloris...
- PMID 5453898.
Imhoff JF (July 2003). "Phylogenetic
taxonomy of the
family Chlorobiaceae on the
basis of 16S rRNA and fmo (Fenna-Matthews-Olson protein) gene...
- Phylum:
Chlorobiota class: "Chlorobia" Order:
Chlorobiales Family:
Chlorobiaceae Genus:
Chlorobium Species: C. limicola
Binomial name
Chlorobium limicola...
- non-sulfur
bacteria excrete any
sulfur they produce.
Green sulfur bacteria (
Chlorobiaceae) are
photoautotrophic bacteria that
utilize sulfide and thiosulfate...
- γ-carotene may be
derived from
myxoxanthophyll found in cyanobacteria,
Chlorobiaceae, and
green non-sulfur
bacteria (Chloroflexi). However,
there are over...
-
Molecular structure of
bacteriochlorophyll e is shown. The
bacterial family Chlorobiaceae, a type of
green sulfur bacteria (GSB)
utilize bacteriochlorophyll e...
-
penetrates that far into the waters. Instead, the bacteria, part of the
Chlorobiaceae family, use the
faint glow from the
black smoker for photosynthesis...
-
ozone layer. Indeed,
biomarker evidence for
anaerobic photosynthesis by
Chlorobiaceae (green
sulfur bacteria) from the Late-Permian into the
Early Tri****ic...
-
bacteria are
purple bacteria (e. g., Chromatiaceae),
green bacteria (
Chlorobiaceae and Chloroflexota), and "Cyanobacteria".
Purple and
green bacteria oxidize...
-
ability to form
cellular aggregates.
Unlike Ectothiorhodospiraceae and
Chlorobiaceae bacteria,
which store elemental sulfur outside their cells, the intracellularly...
