A marine methylotroph, designated strain MB2(T), was isolated for its ability to grow on methyl bromide as a sole carbon and energy source. Methyl chloride and methyl iodide also supported growth, as did methionine and glycine betaine. A limited amount of growth was observed with dimethyl sulfide. Growth was also noted with unidentified components of the complex media marine broth 2216, yeast extract and Casamino acids. No growth was observed on methylated amines, methanol, formate, acetate, glucose or a variety of other substrates. Growth on methyl bromide and methyl iodide resulted in their oxidation to CO2 with stoichiometric release of bromide and iodide, respectively. Strain MB2(T) exhibited growth optima at NaCl and Mg2+ concentration...
Strain LMG 24366(T) was isolated from a marine electroactive biofilm grown on a stainless steel cath...
Marine methylotrophs play a key role in the global carbon cycle by metabolizing reduced one-carbon c...
Methylobacterium strains are abundantly found in the phyllosphere of plants. Morphological, physiolo...
Marine bacteria that oxidized methyl bromide and methyl chloride were enriched and isolated from sea...
Two novel genera of restricted facultative methylotrophs are described both Methylosulfonomonas and ...
Two methylotrophic bacterial strains, TR3 and PSCH4, capable of growth on methanesulfonic acid as th...
A novel methylotrophic bacterium, strain Zm11(T), was isolated from reddish brown snow collected in ...
A novel moderately haloalkaliphilic methylotrophic bacterium (strain MPL(T)), possessing the ribulos...
We report the isolation and growth characteristics of a gammaproteobacterial methane-oxidizing bacte...
A novel, strictly anaerobic, methylotrophic marine methanogen, strain SLH33(T), was isolated from de...
Marine microorganisms that consume one-carbon (C1) compounds are poorly described, despite their imp...
International audienceA novel, strictly anaerobic, methylotrophic marine methanogen, strain SLH33(T)...
We provide a survey of the huge diversity of microorganisms now known to be capable of growth on met...
Dimethylsulfide (DMS)-degrading enrichment cultures were established from samples of coastal seawate...
Marine methylotrophs play a key role in the global carbon cycle by metabolizing reduced one-carbon c...
Strain LMG 24366(T) was isolated from a marine electroactive biofilm grown on a stainless steel cath...
Marine methylotrophs play a key role in the global carbon cycle by metabolizing reduced one-carbon c...
Methylobacterium strains are abundantly found in the phyllosphere of plants. Morphological, physiolo...
Marine bacteria that oxidized methyl bromide and methyl chloride were enriched and isolated from sea...
Two novel genera of restricted facultative methylotrophs are described both Methylosulfonomonas and ...
Two methylotrophic bacterial strains, TR3 and PSCH4, capable of growth on methanesulfonic acid as th...
A novel methylotrophic bacterium, strain Zm11(T), was isolated from reddish brown snow collected in ...
A novel moderately haloalkaliphilic methylotrophic bacterium (strain MPL(T)), possessing the ribulos...
We report the isolation and growth characteristics of a gammaproteobacterial methane-oxidizing bacte...
A novel, strictly anaerobic, methylotrophic marine methanogen, strain SLH33(T), was isolated from de...
Marine microorganisms that consume one-carbon (C1) compounds are poorly described, despite their imp...
International audienceA novel, strictly anaerobic, methylotrophic marine methanogen, strain SLH33(T)...
We provide a survey of the huge diversity of microorganisms now known to be capable of growth on met...
Dimethylsulfide (DMS)-degrading enrichment cultures were established from samples of coastal seawate...
Marine methylotrophs play a key role in the global carbon cycle by metabolizing reduced one-carbon c...
Strain LMG 24366(T) was isolated from a marine electroactive biofilm grown on a stainless steel cath...
Marine methylotrophs play a key role in the global carbon cycle by metabolizing reduced one-carbon c...
Methylobacterium strains are abundantly found in the phyllosphere of plants. Morphological, physiolo...