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microbiology 2


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chromatium cell shape
rod with sulfur granules
chromatium metabolic type
anoxygenic phototroph
chromatium phylogeny
gamma proteobacteria
chromatium taxonomic classification
purple sulfur bacteria
chromatium metabolism
H2S to So42 Co2 to carbon energy from light
chromatium habitat
stratified lakes and salt marsh mats
chromatium ecological importance
co2 fixation sulfide oxidation
anabaena cell shape
filament with heterocysts
anabaena metabolic type
oxygenic phototroph
anabaena phylogeny
cyanobacteria-chloroplast division of bacteria
anabaena taxonomic classification
filamentous heterocystous heterobacteria
anabaena metabolism
H2O to O2 Co2 to cell material light for energy
anabaena habitat
soil, water, varied
anabaena ecological importance
O2 production, Co2 fixation nitrogen fixation
nitrosococcus cell shape
coccus with inner membranes
nitrosococcus metabolic type
aerobic chemolithotroph
nitrosococcus phylogeny
alpha proteobacteria
nitrosococcus taxonomic classification
nitrifying bacteria
nitrosococcus metabolism
NH3 to No2- Co2 to cell material O2 to H20
nitrosococcus ecological importance
Thiobacillus ferrooxidans cell shape
Thiobacillus ferrooxidans metabolic type
aerobic chemolithotroph
Thiobacillus ferrooxidans phylogeny
beta proteobacteria
Thiobacillus ferrooxidans taxonomic classification
colorless sulfur bacteria
Thiobacillus ferrooxidans metabolism
So to So42 Fe2 to Fe3 O2 to H20 Co2 to cell material
Thiobacillus ferrooxidans habitat
acid mines, acidic soil
Thiobacillus ferrooxidans ecological importance
iron and sulfur oxidation
Thiobacillus ferrooxidans exploitation
microbial mining
methylobacteria metabolic type
methylobacteria phylogeny
alpha proteobacteria
methylobacteria taxonomic classification
ink-pigmented facultative methylotroph, Gram negative rod, motile, strict aerobe
methylobacteria metabolism
organic acids, C2 compounds, C1 compounds to Co2
methylobacteria habitats
soil, plant leaf surfaces
methylobacteria ecological importance
degradation of C1 to C4 compounds
methylobacteria exploitation
azotobacter cell shape
azotobacter metabolic type
aerobic chemoorganotroph, nitrogen fixing
azotobacter phylogeny
gamma proteobacteria
azotobacter taxonomic classification
gram negative aerobic rod
azotobacter metabolism
N2 to NH3 to cell material org compounds to Co2 O2 to H2o
azotobacter habitat
azotobacter ecological importance
nitrogen fixation
Pseudomonas cell shape
rod with polar flagella
Pseudomonas metabolic type
aerobic chemoorganotroph
Pseudomonas phylogeny
gamma proteobacteria
Pseudomonas taxonomic classification
gram negative aerobic rod
Pseudomonas metabolism
org compounds to Co2 o2 to h20
Pseudomonas habitat
soil, water, plant and animal associations
Pseudomonas ecological importance
degradation of organic compounds, including recalcitrant compounds
Pseudomonas exploitation
Rhizobium cell shape
Rhizobium metabolic type
aerobic chemoorganotroph
Rhizobium phylogeny
alpha proteobacteria
Rhizobium taxonomic classification
gram negative aerobic rod
Rhizobium metabolism
organic compds to Co2 o2 to h20 N2 to NH3
Rhizobium habitat
soil, nodules of legumes
Rhizobium ecological importance
nitrogen fixation
Rhizobium exploitation
improved growth of crop plants
glutamate dehydrogenase
a ketoglutarate + NH3 -> glutamate
glutamine synthetase
glutamate + NH3 -> glutamine
glutamate synthase
gln (2n) + akg -> 2 glutamate

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