2021
DOI: 10.1016/j.biotechadv.2020.107668
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Archaea Biotechnology

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Cited by 86 publications
(97 citation statements)
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“…Ex situ pure culture biomethanation exhibits high volumetric CH 4 productivity and offers a straightforward bioprocess control by utilizing biochemically and biotechnologically well-characterized microorganisms in pure culture 12 . Among the most studied organisms in this regard is Methanothermobacter marburgensis 12,19 , exhibiting several advantageous traits such as flexibility with regard to substrate gas impurities 10 and high CH 4 productivity 20 . In addition, M. marburgensis can be used for CO 2 -BMP when short-term transitions in the order of minutes are demanded between stand-by to full load biomethanation.…”
mentioning
confidence: 99%
“…Ex situ pure culture biomethanation exhibits high volumetric CH 4 productivity and offers a straightforward bioprocess control by utilizing biochemically and biotechnologically well-characterized microorganisms in pure culture 12 . Among the most studied organisms in this regard is Methanothermobacter marburgensis 12,19 , exhibiting several advantageous traits such as flexibility with regard to substrate gas impurities 10 and high CH 4 productivity 20 . In addition, M. marburgensis can be used for CO 2 -BMP when short-term transitions in the order of minutes are demanded between stand-by to full load biomethanation.…”
mentioning
confidence: 99%
“…Neben den Forschungsgebieten der Archaea Biotechnologie, die sich mit erneuerbarer Energieproduktion befassen [6,9,10], haben sich auch die Zellhüllen der Archaea als sehr interessante Forschungsobjekte für die Nanobiotechnologie herauskristallisiert. Die äußere Schicht der Zellhülle mancher Bakterien und fast aller Archaea besteht aus S-Schichtproteinen [6,12]. Die biotechnologische Nutzung von bakteriellen S-Schichtproteinen konnte bereits gezeigt werden.…”
Section: Neue Forschungsgebiete Der Archaea Biotechnologieunclassified
“…Derzeit werden nur wenige kommerziell erhältliche Bioprodukte mit archaealen Reinkulturen erzeugt. Hierbei handelt es sich um Bakterioruberin, Lipide und Isoprenoide, die mit halophilen Archaea hergestellt werden [6].…”
Section: Neue Forschungsgebiete Der Archaea Biotechnologieunclassified
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