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methylocystis sp strain atcc 49242 5 000 ppm ch4  (ATCC)
94
ATCC methylocystis sp strain atcc 49242 5 000 ppm ch4
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Methylocystis Sp Strain Atcc 49242 5 000 Ppm Ch4, supplied by ATCC, used in various techniques. Bioz Stars score: 94/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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ppm plx5622  (MedChemExpress)
95
MedChemExpress ppm plx5622
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Ppm Plx5622, supplied by MedChemExpress, used in various techniques. Bioz Stars score: 95/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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1900 ppm co2  (Hitachi Ltd)
99
Hitachi Ltd 1900 ppm co2
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
1900 Ppm Co2, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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pi performance index ppm parts  (Biotechnology Information)
86
Biotechnology Information pi performance index ppm parts
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Pi Performance Index Ppm Parts, supplied by Biotechnology Information, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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ppm na  (Inorganic Ventures)
86
Inorganic Ventures ppm na
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Ppm Na, supplied by Inorganic Ventures, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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ppm dpph solution  (Tokyo Chemical Industry)
86
Tokyo Chemical Industry ppm dpph solution
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Ppm Dpph Solution, supplied by Tokyo Chemical Industry, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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ppm  (Air Liquide)
86
Air Liquide ppm
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Ppm, supplied by Air Liquide, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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1000 ppm  (Accustandard Inc)
86
Accustandard Inc 1000 ppm
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
1000 Ppm, supplied by Accustandard Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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plant preservative mixture ppm  (Yeasen Biotechnology)
86
Yeasen Biotechnology plant preservative mixture ppm
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Plant Preservative Mixture Ppm, supplied by Yeasen Biotechnology, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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multiplet ppm 3 13c nmr measurement conditions  (Bruker Corporation)
99
Bruker Corporation multiplet ppm 3 13c nmr measurement conditions
Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m <t>CH4</t> of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).
Multiplet Ppm 3 13c Nmr Measurement Conditions, supplied by Bruker Corporation, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m CH4 of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).

Journal: Frontiers in Microbiology

Article Title: Pushing the upper temperature limit of methanotrophy in continental hydrothermal ecosystems, active biological methane oxidation in hot springs of Yellowstone National Park

doi: 10.3389/fmicb.2026.1736896

Figure Lengend Snippet: Distribution and abundance of aerobic bacterial methanotroph phylotypes as a function of pH, temperature, chemical, and energy supply data. The size of the circle scales with the summed relative abundance of the methanotroph phylotypes. Gray circles are sites where relative abundance is <1%. Circles with an “x” are sites where bacterial aerobic methanotroph phylotypes were not detected. (A) The distribution across pH and temperature. (B) The distribution across the concentrations of dissolved O 2 and CH 4 in hot spring fluids. Included are the K m CH4 of Methylococcus capsulatus Bath and the K m O2 of Methylocystis . The line for the stoichiometric ratio of CH 4 to O 2 is also shown. (C) The distribution across energy supply for aerobic methane oxidation and the log ratio of the concentration of the electron donor (CH 4 ) and electron acceptor (O 2 ). The concentrations are corrected by the stoichiometry of the redox reaction and the line represents when they are stoichiometrically equal (ratio = 1).

Article Snippet: , Methylocystis sp. strain ATCC 49242 + 5,000 ppm CH4 ( ) , , 1950* , .

Techniques: Concentration Assay

Reactant concentrations for anaerobic methane oxidation. (A) Concentrations of NO 2 − and CH 4 in hot spring fluids. Included are the K m NO 2 − and K m CH4 of “Candidatus Methylomirabilis oxyfera ” reported by . (B) Concentrations of NO 3 − and CH 4 in hot spring fluids. Included is the K m CH4 for an anaerobic methane oxidizing consortium using NO 3 − as an electron acceptor reported by . (C) Concentrations of SO 4 −2 and CH 4 in hot spring fluids. Included is the K m CH4 for an anaerobic methane oxidizing consortium using SO 4 −2 as an electron acceptor reported by .

Journal: Frontiers in Microbiology

Article Title: Pushing the upper temperature limit of methanotrophy in continental hydrothermal ecosystems, active biological methane oxidation in hot springs of Yellowstone National Park

doi: 10.3389/fmicb.2026.1736896

Figure Lengend Snippet: Reactant concentrations for anaerobic methane oxidation. (A) Concentrations of NO 2 − and CH 4 in hot spring fluids. Included are the K m NO 2 − and K m CH4 of “Candidatus Methylomirabilis oxyfera ” reported by . (B) Concentrations of NO 3 − and CH 4 in hot spring fluids. Included is the K m CH4 for an anaerobic methane oxidizing consortium using NO 3 − as an electron acceptor reported by . (C) Concentrations of SO 4 −2 and CH 4 in hot spring fluids. Included is the K m CH4 for an anaerobic methane oxidizing consortium using SO 4 −2 as an electron acceptor reported by .

Article Snippet: , Methylocystis sp. strain ATCC 49242 + 5,000 ppm CH4 ( ) , , 1950* , .

Techniques:

Multivariate view of rates. The size of the circle scales with the square-root of the measured MOR. Rates for both the ambient gas (blue circles) and air-amended microcosms (red circles) are shown. (A) The measured rates of methane oxidation plotted as a function of the log ratio of the reactants and energy supply for aerobic methane oxidation. (B) The measured rates are plotted as a function of the log ratio of the concentrations of CH 4 and NH 3 and energy supply for aerobic methane oxidation. Sites where rates were measured and methane oxidizing taxa were detected are labeled with the detected taxa. Archaeal ammonia oxidizers are AOA and bacterial methanotrophs are MOB. Red MOB are sites where Verrucomicrobia methanotrophs were detected. Blue MOB are sites where Alphaproteobacteria were detected. Also shown is the [CH 4 ]:[NH 3 ] ratio which corresponds to the observed k cat / K m of the bacterial ammonia oxidizer Nitrosomonas europaea for either NH 3 oxidation ([CH 4 ]/[NH 3 ] < 0.004) or CH 4 oxidation ([CH4]/[NH 3 ] > 0.004) . The site labeled “Outlier” is a site with a relatively high rate of CH 4 oxidation despite have a [CH 4 ] to [NH 3 ] ratio <0.004.

Journal: Frontiers in Microbiology

Article Title: Pushing the upper temperature limit of methanotrophy in continental hydrothermal ecosystems, active biological methane oxidation in hot springs of Yellowstone National Park

doi: 10.3389/fmicb.2026.1736896

Figure Lengend Snippet: Multivariate view of rates. The size of the circle scales with the square-root of the measured MOR. Rates for both the ambient gas (blue circles) and air-amended microcosms (red circles) are shown. (A) The measured rates of methane oxidation plotted as a function of the log ratio of the reactants and energy supply for aerobic methane oxidation. (B) The measured rates are plotted as a function of the log ratio of the concentrations of CH 4 and NH 3 and energy supply for aerobic methane oxidation. Sites where rates were measured and methane oxidizing taxa were detected are labeled with the detected taxa. Archaeal ammonia oxidizers are AOA and bacterial methanotrophs are MOB. Red MOB are sites where Verrucomicrobia methanotrophs were detected. Blue MOB are sites where Alphaproteobacteria were detected. Also shown is the [CH 4 ]:[NH 3 ] ratio which corresponds to the observed k cat / K m of the bacterial ammonia oxidizer Nitrosomonas europaea for either NH 3 oxidation ([CH 4 ]/[NH 3 ] < 0.004) or CH 4 oxidation ([CH4]/[NH 3 ] > 0.004) . The site labeled “Outlier” is a site with a relatively high rate of CH 4 oxidation despite have a [CH 4 ] to [NH 3 ] ratio <0.004.

Article Snippet: , Methylocystis sp. strain ATCC 49242 + 5,000 ppm CH4 ( ) , , 1950* , .

Techniques: Labeling