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Kostic,\ T.*\ ; Schloter,\ M.\ ; Arruda,\ P.*\ ; Berg,\ G.*\ ; Charles,\ T.C.*\ ; Cotter,\ P.D.*\ ; Kiran,\ G.S.*\ ; Lange,\ L.*\ ; Maguin,\ E.*\ ; Meisner,\ A.*\ ; van Overbeek,\ L.*\ ; Sanz,\ Y.*\ ; Sarand,\ I.*\ ; Selvin,\ J.*\ ; Tsakalidou,\ E.*\ ; Smidt,\ H.*\ ; Wagner,\ M.*\ ; Sessitsch,\ A.*
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Concepts and criteria defining emerging microbiome applications.
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Microb. Biotechnol. 17:e14550 (2024)
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Khan Mirzaei,\ M.\ ; Deng,\ L.
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Sustainable microbiome: A symphony orchestrated by synthetic phages.
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Microb. Biotechnol. 14, 45-50 (2021)
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Vuko,\ M.\ ; Cania,\ B.\ ; Vogel,\ C.*\ ; Kublik,\ S.\ ; Schloter,\ M.\ ; Schulz,\ S.
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Shifts in reclamation management strategies shape the role of exopolysaccharide and lipopolysaccharide-producing bacteria during soil formation.
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Microb. Biotechnol. 13, 584-598 (2020)
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Domínguez-Garay,\ A.*\ ; Quejigo,\ J.R.*\ ; Dörfler,\ U.\ ; Schroll,\ R.\ ; Esteve-Núñez,\ A.*
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Bioelectroventing: An electrochemical-assisted bioremediation strategy for cleaning-up atrazine-polluted soils.
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Microb. Biotechnol. 11, 50-62 (2017)
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Grangeteau,\ C.*\ ; Roullier-Gall,\ C.\ ; Rousseaux,\ S.*\ ; Gougeon,\ R.D.*\ ; Schmitt-Kopplin,\ P.\ ; Alexandre,\ H.*\ ; Guilloux-Benatier,\ M.*
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Wine microbiology is driven by vineyard and winery anthropogenic factors.
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Microb. Biotechnol. 10, 354-370 (2017)
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Gschwendtner,\ S.\ ; Mansfeldt,\ T.*\ ; Kublik,\ S.\ ; Touliari,\ E.\ ; Buegger,\ F.\ ; Schloter,\ M.
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Long-term ferrocyanide application via deicing salts promotes the establishment of actinomycetales assimilating ferrocyanide-derived carbon in soil.
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Microb. Biotechnol. 9, 502-513 (2016)
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Quejigo,\ J.R.\ ; Dörfler,\ U.\ ; Schroll,\ R.\ ; Esteve-Núñez,\ A.*
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Stimulating soil microorganisms for mineralizing the herbicide isoproturon by means of microbial electroremediating cells.
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Microb. Biotechnol. 9, 369-380 (2016)
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Kutscher,\ S.\ ; Bauer,\ T.\ ; Dembek,\ C.J.\ ; Sprinzl,\ M.F.\ ; Protzer,\ U.
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Design of therapeutic vaccines: Hepatitis B as an example.
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Microb. Biotechnol. 5, 270-282 (2012)
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