Results 181 to 190 of about 12,345 (207)
Some of the next articles are maybe not open access.
Nature Geoscience, 2010
Peat bogs release large quantities of methane to the atmosphere. A global survey of peat mosses reveals a ubiquitous symbiotic relationship with methane-oxidizing bacteria.
Chen, Yin, Murrell, J. Colin
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Peat bogs release large quantities of methane to the atmosphere. A global survey of peat mosses reveals a ubiquitous symbiotic relationship with methane-oxidizing bacteria.
Chen, Yin, Murrell, J. Colin
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Surface layers of methanotrophic bacteria
Microbiology, 2013Structural and functional characteristics of the regular glycoprotein layers in prokaryotes are analyzed with a special emphasis on aerobic methanotrophic bacteria. S-layers are present at the surfaces of Methylococcus, Methylothermus, and Methylomicrobium cells.
V N, Khmelenina +2 more
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Methanotroph Outer Membrane Preparation
2011All presently known methanotrophs are gram-negative bacteria suggesting that they are surrounded by a two-layered membrane: an inner or cytoplasmic membrane and an outer membrane. In the methanotroph Methylococcus capsulatus (Bath), separation of the two membranes has allowed studies on protein and lipid composition of the outer membrane.
Odd A, Karlsen +3 more
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Biogeography of wetland rice methanotrophs
Environmental Microbiology, 2010Summary We focused on the functional guild of methane oxidizing bacteria (MOB) as model organisms to get deeper insights into microbial biogeography. The pmoA gene was used as a functional and phylogenetic marker for MOB in two approaches: (i) a pmoA
Lüke, C. +5 more
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Methylocella: a gourmand among methanotrophs
Trends in Microbiology, 2014A recent article in Nature describes the ability of Methylocella silvestris to grow simultaneously on methane and longer chain alkanes, something never before observed in the microbial world. It adds to a growing list of unique metabolic traits that distinguish Methylocella from any other bacterium.
Peter F, Dunfield, Svetlana N, Dedysh
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Methanotrophs and Methanogens in Masonry
Applied and Environmental Microbiology, 1998ABSTRACT Methanotrophs were present in 48 of 225 stone samples which were removed from 19 historical buildings in Germany and Italy. The average cell number of methanotrophs was 20 CFU per g of stone, and their activities ranged between 11 and 42 pmol of CH 4 g of stone −1 day
, Kussmaul, , Wilimzig, , Bock
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Generation of Products by Methanotrophs
1982It has been recognized for many years that obligate methanotrophs, although requiring C1 compounds for growth, are nevertheless capable of effecting the partial oxidation of several simple methane analogues (short chain alkanes and alkenes) to products which accumulate extracellularly (64).
I J, Higgins, D J, Best, D, Scott
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Methanotrophe: Treibhausgasvernichtende Mikroben
BIOspektrum, 2011Methanotrophe Mikroben vermindern die Freisetzung des Treibhausgases Methan aus Feuchtgebieten und marinen Lagerstatten und sind in Wald-, Grunland- und Wustenboden die biologische Senke fur atmospharisches Methan.
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Biology of extremophilic and extremotolerant methanotrophs
Archives of Microbiology, 2001This review summarizes recent findings on the biology of obligate methanotrophic bacteria living in various extreme environments. By using molecular ecology techniques, it has become clear that obligate methanotrophs are ubiquitous in nature and well adapted to high or low temperature, pH and salinity.
Yuri A, Trotsenko +1 more
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Environmental Applications of Methanotrophs
2019Methanotrophs are microorganisms that are able to utilize methane as the electron donor and carbon source. For long, methanotrophs have been widely studied for their application in environmental biotechnology, due mainly to the exclusive ownership of the unique enzymes that mediate oxidation of methane to methanol, namely the particulate methane ...
Adrian Ho +3 more
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